Vallourec USA Corporation OCTG Catalog

Transcription

Vallourec USA Corporation
OCTG Catalog
Vallourec USA Corporation / Introduction / pg. 1
Table of Contents
Vallourec USA Corporation
Disclaimer and Limits of Liability............1
Introduction............................................2
Premium Products..................................9
Premium Services.................................15
Premium Connections..........................19
Material Properties...............................31
Performance Data (Tubing)...................37
Performance Data
(Casing 4 1/2” - 7")...............................41
Performance Data
(Casing 7 5/8” - 10 3/4”)...............................61
Performance Data
(Casing 11 3/4” - 26”)..........................81
Marking & Color Codes......................95
All information is provided by Vallourec or its
affiliates at user’s sole risk, without liability for
loss, damage or injury resulting from the use
thereof; and on an “AS IS” basis without warranty
or representation of any kind, whether express or
implied, including without limitation any warranty
of merchantability, fitness for purpose, accuracy
or completeness. This document and its contents
are subject to change without notice. In no event
shall Vallourec or its affiliates be responsible
for any indirect, special, incidental, punitive,
exemplary or consequential loss or damage
(including without limitation, loss of use, loss of
bargain, loss of revenue, profit or anticipated
profit) however caused or arising, and whether
such losses or damages were foreseeable or
Vallourec or its affiliates was advised of the
possibility of such damages.
pg. 2 / Vallourec USA Corporation / Introduction
Vallourec in North America
Vallourec in North America is comprised
of the following six companies: Vallourec
USA Corporation, its sales entity, Vallourec
Star, Vallourec Tube-Alloy, VAM USA,
Vallourec Canada and Vallourec Mexico.
Through the years the Vallourec Group
has developed a reputation for quality
products, exceptional service and
constant innovation.
The company’s North American steel and
pipe-making operations are based in
Youngstown, Ohio. The original facility
within the complex boasts the latest
technology in electric arc furnace (EAF)
steelmaking and mandrel pipe mill (MPM)
production. The new state of the art mill
that came on line as of December 2012,
known as the fine quality mill (FQM),
offers pipe rolling, end finishing, API
threading, and semi-premium threading.
The integrated facility includes a steel
mill, a mill specializing in medium diameter tubes (from 5” to 10-3/4”) and the new
mill which specializes in the manufacture
of small diameter tubes (2 3/8” to 7”).
Vallourec Star and it's two mills are capable of manufacturing seamless tubular
products in ODs ranging from 2-3/8” to
10-3/4”.
The plant in Muskogee, Oklahoma
specializes in production and inspection
of high performance, proprietary, and
custom casing and coupling stock in
addition to API 5CT products. The
Muskogee facility offers heat treatment
with precise temperature control,
straightening and hot sizing, finishing,
hydrostatic pressure testing and premium CNC threading services up to 16".
Our Muskogee mill is known for providing
the industry with high performance sour
service grades supported by an on-site
metallurgical lab.
Vallourec in the World
The Vallourec Group is a world leading
manufacturer of seamless steel tubes
and specific tubular products for industrial
applications. Specializing in the most
complex and highly-demanding industrial
applications (extreme temperatures,
pressures and corrosion), notably in
the energy sector, the Group offers a
portfolio of diversified, unique and high
value-added tubular products. Today,
Vallourec is a supplier of reference
throughout the world and has the major
competitive advantage to offer its
customers high-quality products and
local services throughout the world.
The Houston, Texas operations provide
services such as heat treatment,
straightening and hot sizing, finishing and
hydrostatic pressure testing third-party
inspection, 8D collapse testing, semi-premium and API threading with accessibility to VAM® premium CNC threading
services. The Houston high-tech,
heat-treating facility provides precise
temperature control and water quenching, allowing production of high yield
strength OCTG and coupling stock
required for today’s critical environments.
Other North American facilities include
three premium threading entities:
Vallourec Canada, with two locations in
Canada, VAM USA with four sites
between Houston, Texas and Muskogee,
Oklahoma, and Vallourec Mexico based
in Veracruz. Finally, Vallourec Tube-Alloy
located in Houston, Texas, Houma, and
Broussard, Louisiana and Casper,
Wyoming, provides downhole premium
accessories worldwide.
Complementing the North America offer,
the Vallourec Group offers a large portfolio of diversified, innovative and high
value-added tubular products that
comprises the world’s most extensive
range of seamless tubes, with outside
diameters of up to 26 inches in over 250
grades of steel.
Production facilities on four continents,
complemented by a worldwide network
of sales offices and service centers
ensure a global presence in the proximity
of its customers everywhere.
Its Oil & Gas Division is recognized
worldwide for its commitment to extreme
environment solutions. The high-tech
products designed and developed by
the Oil and Gas Division meet the reliability
requirements of even the most demanding
customers. They include drilling products,
plain-end or threaded seamless tubes
and casing for oil and gas production
with standard API or VAM® premium
connections for a variety of applications.
Brief History
Europe
Vallourec has more than 100 years of
experience and has been constantly
expanding thanks to internal and external
growth. One of the more important
expansions was the joint-venture with
Mannesmann in 1997 forming Vallourec &
Mannesmann Tubes (V & M Tubes) merging all their production units and marketing interests for seamless hot-rolled
tubes and threaded oilfield tubulars. In
2005, Vallourec acquired the 45% stake
held by Mannesmannröhren-Werke in V &
M Tubes, which is now 100%-owned by
Vallourec.
North America
South America
Africa
Asia and Middle East
In 2013, the Group went through a
rebranding exercise worldwide and is
now known simply as Vallourec.
Sales Offices
Steel Plants
Manufacturing Plants
Accessories and Repair VAM® Licensee Facilities
VAM® Field Service International
An Integrated & Competitive Process
To secure complete control over the entire
production process from steelmaking to
shipment of the finished product,
Vallourec operates three steel mills
(electric steel mills in France and the
United States, and an oxygen steel mill in
Brazil) in addition to owning a 20% share
in the HKM mill (Germany) and a 56%
share in the VSB mill (Brazil). The Vallourec
Group of companies produces hot-rolled
seamless steel tubes in sizes ranging
from 2-3/8” to 26”. Available production
capacity, coupled with the competence
of expert teams, enables Vallourec to
accommodate production of specially
formulated grades, thus creating conditions
of continuing performance improvements
to service the customer.
Vallourec offers a full and
unique range of products:
API
grades
strength: 55 to 150 ksi.
High Collapse: includes the
requirements and parameters adapted to the various hostile environments which are under the highest pressures.
13% Cr & super 13% Cr: suitable for Sweet CO2 environment with limited H2S presence. It covers the
requirements and parameters of
such hostile conditions including
high pressures, high temperatures
and more.
Sour Service: suitable for
environments where H2S is present.
It covers the requirements and
parameters of such hostile conditions including high pressures, low
temperatures, low pH, and more.
Yield
Corrosion
Resistant Alloy (CRA):
suitable for the more stringent
corrosive environments beyond the properties of Sour Service grades.
Vacuum Insulated Tubing (VIT): ideal for deepwater projects and other
specialized applications including reduction of APB, heavy oil
production, and steam injection.
Expandable Tubing (ET): ideal for recompletions, zonal isolation and casing remediation.
Riser Grade: Developed for high fatigue conditions seen in top tension riser systems with enhancements
in chemistry, hardness, CTOP
performance, and SSC resistance.
Create, improve and promote
solutions for the future
Our comprehensive Research &
Development policy aims to provide
innovative solutions to our customers.
The objective is to create, improve and
promote products, services, materials
and processes for the future.
Suitable to actual market needs and
working in close cooperation with
marketing and plant teams, our R&D staff
has access to substantial resources for
putting this policy into effect:
Over
500 employees dedicated to R&D
An R&D budget of $120 million in 2013
Six research centers in four
countries dedicated to OCTG
product development:
Germany
- Vallourec Research Center Germany, Düsseldorf, Germany
- Vallourec Competence Center Riesa, Riesa, Germany
France
- Vallourec Research Center France, Aulnoye, France
Brazil
- Vallourec Research Center Brazil, Belo Horizonte, Brazil
- Vallourec Competence Center Rio, Rio de Janeiro, Brazil
USA
- VAM Connection Technology Center USA, Houston, USA
These centers, equipped with high-performance investigative and modelling
tools, provide expertise to Vallourec’s
core competencies, including metallurgy,
heat transfer technology, non-destructive
testing, corrosion, surface treatment,
premium connection technology, and
product and process simulations.
Customized Solutions to
Service Long Term
Partnerships
Vallourec offers a worldwide after-sale
services network with VAM® Services
and VAM® Field Service International:
A VAM® licensee network with more 
than 200 workshops in over 40
countries located close to our
customers operations worldwide.
They provide accessories threading, repair and inspection of VAM® Premium Connections.
VAM® Services, a division of Vallourec Oil & Gas France, is in charge of the quality management of the VAM® licensees’ network. This includes the qualification of new workshops,
regular audits of each licensee, the dispatch and control of all VAM® technical documentation and tools such as gauges, inserts, etc.
A full team of certified VAM® Field Services technicians are also available
24 hours a day to provide field
support for inspection, rig preparation and supervision of running Vallourec pipe and VAM® connections
throughout the world.
High QHS&E Standards
Vallourec has developed QHS&E standards
to consistently comply with applicable
regulations and national laws, while
respecting and fulfilling country-specific
needs.
Quality
High quality and service standards are
maintained through the company’s Six
Sigma and Continuous Improvement
programs. All Vallourec facilities are
ISO 9001: 2008 certified in addition to
being licensed to manufacture API 5CT,
5L and 5D products.
Vallourec deploys Continuous Improvement
Process (CIP) Groups as part of its Total
Quality Management program and
constantly optimizes the performance of
the workforce with dynamic, extended
vocational training programs and efficient
Competency Management systems.
Health and Safety
"The health and safety of our employees
in all our locations is of key significance
for the future of our company and it takes
the very highest priority ..." (Chairman of
the Executive Board of Vallourec). Hence,
Vallourec is certified to OHSAS
18001:2007, demonstrating the company’s
commitment to safety.
Safety Mission Statement
Ensure
that Safety is a core business value.
Implement and maintain a continuous improvement-based occupational
safety and health (OSH) management system.
Manage risks within acceptable
industry standards to prevent
occupational related injuries
and illnesses.
Promote a culture that does not accept injuries as a cost of doing business.
Incorporate safety into every business process and decision.
Measure performance and actively seek opportunities for improvement.
Actively seek input and feedback from all Team Members.
Comply with all regulatory standards and, where feasible, implement best practice methods.
Premium Products
Environment
Preserving our environment
Lower CO2 emissions
Through its environmental policy, Vallourec
aims to minimize the environmental
impact of its activities at all levels, and
treats the well-being of future generations as a major priority.
Vallourec environmental priorities focus on
optimizing resources, reducing CO2 emissions and waste, as well as certifying
facilities.
Vallourec is committed to reducing CO2
emissions as exemplified by the steel
manufacturing process at Vallourec do
Brazil, which uses charcoal from its own
eucalyptus plantations (Biomass) in its
blast furnaces as a substitute for coke. As
they grow, the trees in these plantations
consume carbon dioxide and release
oxygen. CO2 emissions from the steel
mill are offset by absorptions by the
eucalyptus plantations and as a result,
the overall carbon balance for the
production of steel in Brazil is the lowest
in the market when compared with other
methods of production (i.e. electric arc
furnace or blast oxygen furnace).
Optimization of resources
A series of initiatives have been undertaken to optimize consumption of
resources such as water, energy and raw
materials, and to improve the conditions
in which they are used. Considerable
efforts have been made to reduce water
consumption at all Vallourec locations, in
particular by recycling water and collecting
runoff. As a result, water use was cut in
half in a ten year period.
Capture and storage of CO2
One of the main areas of R&D focus for
Vallourec concerns capture, transport
and storage of CO2. The Vallourec Group
is participating in the France Nord project
alongside French and German research
organizations. The objective of the
project is to set up a pilot infrastructure in
northern France for the transport and
storage of CO2 in deep saline aquifers to
be used for industrial emissions. The
Vallourec Group together with several
industrial partners and the French
Environment and Energy Management
Agency (ADEME) will finance this $75
million project.
Waste reduction
Vallourec is also working hard to cut
pollutant emissions, reduce noise,
decrease waste volumes and systematically recover and reprocess residual
waste. All indicators measuring the
release of pollutants into the environment
comply with regulatory standards and
performance has consistently improved
over the last three years.
Certified facilities
Regular environmental audits are organized
in each country to assess regulatory
compliance, environmental performance
and ecological risks. Most of Vallourec’s
production facilities, representing 98% of
total production, are certified ISO 14001.
Vallourec USA Corporation / Premium Products / pg. 9
Premium Products
Premium Products
Premium Tubular Solutions
Vallourec specializes in developing,
manufacturing and servicing high
performance, proprietary, custom and
value added tubular solutions. With so
many products to choose from,
Vallourec provides engineering and
technical services to assist you in selecting the optimal tubular solution for your
particular downhole application.
In addition to standard API 5CT casing
grades, Vallourec produces pipe to
meet specific customer requirements,
including:
Non-standard
sizes and weights
applications
Custom grades
Special inspections
Special testing
Special documentation
Custom
All Vallourec quenched and tempered
(Q&T) API, API enhanced, and proprietary grades meet API 5CT (ISO 11960)
PSL2 requirements.
pg. 10 / Vallourec USA Corporation / Premium Products
Enhanced Burst Casing
Vallourec Star Enhanced Burst Casing
(grade nomenclature denoted by E)
delivers controlled yield strength with a
higher burst rating than similar API
grades. This feature not only enhances
performance, but also allows a reduction
of weight and cost compared to standard
API casing grades.
Additional benefits include:
Modern
metallurgical practices and process control produce yield strength
limits optimized within the API range.
Since the yield strength is within limits of API 5CT, enhanced burst can also be
offered on our sour service grades as recommended by NACE Standard MR0175.
Enhanced burst grades meet all
minimum API 5CT PSL2 requirements and are API monogrammed.
High Collapse Casing
The Vallourec Group of Companies* High
Collapse and Star Enhanced Collapse
Casing (grade nomenclature denoted by
HC & EC) delivers casing with a higher
collapse rating than similar API grades.
Compared to standard API grades, high
collapse performance is verified by
collapse testing samples that have a
length to diameter ratio of 8:1. Hence,
high collapse casing not only resists a
higher range of external loads that will
collapse conventional API casing, but
also does a better job of preserving hole
integrity during production.
Vallourec USA Corporation/ Premium Products / pg. 11
Additional applications that often dictate
the use of Vallourec high collapse casing
include:
Wells where additional safety margins are necessary due to the uncertainties of the formation and
pressures to be encountered.
Slim Well Designs where special drifts
are common practice.
Deep and High Pressure Wells which require optimization of all technical
parameters in order to reach the pay zone with a “profitable” production
size.
Deep Water Risers measures
profitability against each pound gained. Higher strength risers allow for smaller platforms and subsea
equipment, which translates into lower overall production costs. Sour Service Environments where
corrosion resistance adds one more
constraint to the equation.
High Reliability Standards (Health, Safety, Environment, HPHT) requiring a meaningful guarantee of
performance.
Exploration
The Vallourec Group of Companies* high
collapse casing often allows to reduce
pipe weight and increase setting depth.
P110EC
provides the same internal yield strength (“burst”) rating as Q125 at a lower cost.
Precise control of yield strength and wall thickness, combined with
manufacturing practices results in
minimal residual stress.
High Collapse grades exceed all
minimum API 5CT requirements and are API monogrammed.
High Collapse with Enhanced
Burst Casing
Vallourec Star High Collapse with
Enhanced Burst Casing (grade
nomenclature denoted by HCE) offers the
ultimate in tubular performance. These
widely field proven casing products
provide tubular technology that affords
design options for the most difficult wells.
HCE
casing products have the burst
resistance of Vallourec Star enhanced
burst products with the increased
collapse resistance of Vallourec Star high collapse products.
High Collapse with enhanced Burst grades meet all API 5CT PSL2
requirements and are API
monogrammed.
VAM Riser
The VAM Riser grades were developed for the high fatigue conditions
experienced in top tension riser systems.
Riser grades are available in 95ksi to
125ksi yield strengths. They were
developed with a API 5CT PSL2 level
as a basis with enhancements to improve
riser fatigue usage. These inlclude:
- chemistry
- manufacturing route
- hardness
- impact toughness
- CTOD performance
- microstructure control
- sulfide stress cracking resistance
(for sour service grades)
- dimensional control
- and non-destructive inspection
and testing
Sour Service Casing
“Sour Service” refers to a well environment containing Hydrogen Sulfide (H2S),
which is naturally associated with acidic
conditions. H2S comes from the
decomposition of organic material, so it
is often found in oil & gas environments
which derive from the same phenomenon.
Even if not sour at the onset, some wells
become sour over time, as H2S bearing
formation water starts to flow together
with oil. It is well known that H2S is a
hazard to human health, living organisms,
and more generally to the environment.
That is the reason why historically wells
found in “Sour” environments were often
plugged and abandoned. Today Sour
Service environments provide further
challenges with deeper wells, higher
pressures and extreme corrosive conditions.
Vallourec Sour Service Casing offers
resistance to the most corrosive environments confirmed by extensive NACE
testing. In addition, Vallourec provides
workable solutions for the design of
deep, high-pressure, sour wells by
carefully designing and controlling
the following parameters:
Special
chemistry and superior quench-and-temper processing ensure
through wall uniformity and complete martensitic transformation.
Superior sulfide stress cracking
resistance is obtained by controlling hardness, strength, microstructure
and utilizing practices that promote steel cleanliness and minimize
residual stress.
Standard
sulfide stress corrosion
resistance testing is conducted in
conformance with NACE TM0177 requirements.
NACE TM0177 Method D sulfide stress
corrosion resistance testing can be
provided.
Vallourec Star also offers enhanced API
sour service products such as T95E with
higher burst and T95HC with higher collapse. For mild sour conditions Vallourec
Star is offering P110MS which is tested in
fit for purpose condition meeting the
NACE MR0175 requirements. For severe
sour service conditions or special applications such as HPHT, Vallourec offers
proprietary grades with improved sour
service performance.
Vallourec USA Corporation / Premium Products / pg. 13
Vacuum Insulated Tubing (VIT) –
THERMOCASE®
Vallourec Tube-Alloy’s Vacuum Insulated
Tubing, THERMOCASE®, a high-performance, double-walled tubular product,
provides temperature isolation in
response to various oilfield production
challenges due to temperatures differences between the reservoir and wellhead.
Vallourec Tube-Alloy Vacuum Insulated
Tubing performance is stated as a ‘k’
value, which is expressed as BTUs/hourfoot-degree F. Currently, the product is
capable of a joint-averaged k value of
0.004-0.006 in deepwater applications,
and 0.006-0.02 in higher temperature
applications such as steam flooding.
Vallourec Tube-Alloy Vacuum Insulated
Tubing advantages:
Favored VIT deepwater supplier since 1999
Proven minimum 10 year service life
Thermal modeling available for each project
Worldwide installations in the most severe environments
Robust construction beyond pipe
limitations
Multiple configurations to optimize
solutions
Manufactured in lengths up to and including Range 3 (RG3)
Coupling insulations customized to
the application
Proven capability to qualify welding
procedures for various pipe chemistries, e.g. carbon, super
martensitic, stainless steels, nickel based alloys and super duplex
THERMOCASE® is a registered trademark of Vallourec Tube-Alloy, LLC
Thermocase® is ideal for the following applications:
DEEPWATER
CHALLENGES
Annular Pressure Buildup (APB)

- Arises from annular fluid heating with
trapped annuli
- Below Mudline, vacuum insulated tubing (THERMOCASE®) typically used to alleviate the root cause, the
hot product inside cold annuli
- Deep formation hydrate zones can
be mobilized by operations,
contributing to APB risk
- Rupture disks, foamed cement
mitigate consequences
Wax and Hydrate Prevention (paraffin)

-
-
Costly intervention (pigging,
chemical injection, coiled tubing)
avoided or reduced with insulation
use
Variety of technologies used in
risers, flowlines (gels, syntactics, foams, rubbers, plastics, pipe-in-
pipe, N2)
Heavy Oil Flow Enhancement (viscosity)
STEAM
INJECTION
Steam Injection

-
-
Used in huff and puff, continuous
injection and SAGD applications
(API Grav < 14, no reservoir
pressure)
Use of insulated tubing can
economically make-or-break exploitation of oil field
VIT Model 750 Outer Tube
Threaded Inner Tube Welded
Inside of the Outer Tube
Butt Weld
Optional
Forged
Integral
Upset
Transition
Spool
Fillet
Welds

- Used in long strings to decrease
viscosity, increase flow and enhance
profitability (API Grav 14-17)
Inner
Pipe
Outer
Pipe
PERMAFROST
PRESERVATION
Permafrost Preservation

-
-
Subsidence prevention around ground-based wellhead, increasing
access and stabilizing wellhead
structures.
Strict environmental regulations
Thermocase® offers the highest level of
thermal insulation available in a downhole tubular.
Premium Services
Expandable Tubulars (ET)
Zonal Isolation
Case Off
Vallourec Expandable Tubulars (ET)
minimize deep drilling issues, such as
telescoping casing strings and borehole
tapering, before reaching the pay zone.
Minimal loss of inside casing diameter
makes the technology applicable as a
contingency casing string, drilling liner or
cased-hole liner in both workover and
completion operations. In addition, ET is
ideal for deepwater projects and other
specialized applications including:
Incorporating Vallourec ET technology
into Zonal Isolations solves lost
circulation problems and seals off trouble
zones where the pore pressure/fracture
gradient relationship is a concern.
Vallourec ET technology used in conjunction with case off applications will allow
operators to seal-off perforations to shut
off water production.
Recompletion
Recompletions utilizing Vallourec ET
technology enables operators to run
and expand a clad liner, typically after
the fist year of production, in the horizontal section of the well and recomplete it to achieve greater production
levels.
Sidetrack
Vallourec ET technology can be used in
sidetrack applications allowing operators
to enter new pay zones from a producing
well while eliminating the cement job.
Casing Remediation
Incorporating Vallourec ET technology
into Casing Remediation systems allows
a bore size almost the same as the
corroded casing interval that needs repair
for production.
Vallourec USA Corporation / Premium Services / pg. 15
Premium Services
Premium Services
Services for a Demanding
Industry
The Vallourec Group of companies offers
a comprehensive range of innovative
solutions in addition to premium OCTG
products. These solutions are designed
to meet the most challenging needs, from
education and technical support to field
and repair services.
pg. 16 / Vallourec USA Corporation / Premium Services
Vallourec USA Corporation / Premium Services / pg. 17
Education
Well Design
Technical Support
Accessories Management
Qualify your team with best in class
education on tubular products from
conception to completion. Vallourec’s
Expert Instructors have high level content to choose from to offer tailor-made
programs lasting anywhere from 2 to 5
days. Classes are offered in
Optimize your well design and enhance
your well integrity. Our Technical group
can help your business with material
selection, conventional / unconventional
casing design and advanced casing
design using our knowledge in
A dedicated offer for your most demanding applications. Vallourec has dedicated
R&D and test capacities for
Vallourec Tube-Alloy offers a full range
of tubing and casing accessories that
delivers enhanced performance and
production, including couplings, pup
joints, and a variety of connectors. Many
of these products are available from
stock in a wide array of sizes and styles,
while others are made to order. From the
simplest J-55 API coupling to exotics
such as an Inconel Premium Landing
Nipple, Vallourec Tube-Alloy is the leading source for all accessory products.
 Pipe
 Manufacturing
 Well
Design
Integrity
 Corrosion
 Running and Handling
 Premium Connections
 Cost Optimization
 Safer Operations
 Well
In addition, participants of our most
popular class, Tubular Essentials, will be
given the chance to tour our rolling mill
located in Youngstown, Ohio as they
learn about the pipe manufacturing
process.
and material manufacturing
(CO2 & H2S)
 HP/HT & deepwater
 R&D support
 VAM premium connections
 Corrosion
If brought in early in the design process
we can help lower costs, increase safety
factors, optimize annular clearance, and
choose the best connections for the
application.
 Materials
 Corrosion
Testing
 Connections
 Connection Qualification
 FEA Simulations
In addition, our group can help choose
and supply grades / connections for any
environment.
Vallourec Tube-Alloy’s global stocking
program provides products to all corners
of the globe while assuring customers of
timely, reliable delivery of quality products every time.
Vallourec Tube-Alloy is able to provide
products that meet or exceed customers’
expectations by continually producing
new innovations that save time and
money. A perfect example is the FloPup®, which combines a pup joint and
flow coupling into one unit, reducing the
number of threads, makeups and potential leak paths.
 Shale
 HP/HT
 Deepwater
 Corrosion
 High
torque
 Riser
Vallourec’s global network of VAM® technical experts and 24/7 access to www.
vamservices.com and tech.support@
vam-usa.com for questions answered
within one business day will help the job
get done when it counts.
Europe
North America
South America
Africa
Sales Offices
Steel Plants
pg. 18 / Vallourec USA Corporation / Premium Services
Premium Connections
Field Service
VAM® Field Service technicians, comprising more than 225 field specialists
located around the world, ensure VAM®
Premium Connections are used safely in
accordance with VAM® Field Procedures
and avoid any deviation that could be
detrimental to well life. VAM® Field
Service adapts to your requirements and
is available to maintain pipe integrity
across the supply chain with:
 Rig-Ready/Rig-Return
Pipe
inspections
 Supply chain and pipe yard support
 VAM® Make-up supervision at the
rig site
 Knowledge, training and tools required to perform field repair
 Full range of rental service equipment such as stabbing guides, lift plugs and crossover subs for safety valves and circulating heads
 VAM® Assembly make-up supervision and other specific services
In addition to VAM® Premium Connection
running experience, VAM® Field Service
has accumulated over 25 years of valuable experience in many drilling and
completion core competency areas
including:
 Liner
and hanger installations
and CRA completions
 HP/HT wells
 Shale Gas and Tight Gas wells
 Risers
 Glass re-enforced epoxy lined tubulars
 Slim wells (GRE)
 Solid expandable tubulars
 Wireline strings requiring orientated couplings
 13Cr
Please remember that only VAM® service
personnel have been properly trained to
inspect, repair and run VAM® Premium
Connections.
Repair Services
Ensure unique quality standards worldwide for VAM® thread manufacturing and
make-up. Any shop in the VAM® network
licensed to cut or repair threads goes
through regular audits to maintain quality.
At the customer’s request a Licensor
Technical Representative (LTR) can be
assigned to an order to keep watch of
specific jobs. This translates into an
assurance of quality and well integrity
anytime VAM® threads are used on tubing, casing, and accessories.
Vallourec USA Corporation / Premium Connections / pg. 19
Premium Connections
Premium Connections
World Leader for Premium
Connections
Vallourec, through its affiliates VAM USA,
Vallourec Canada and Vallourec Mexico,
offers the full range of VAM® products in
North America. VAM®, the world leader
for premium connection solutions for the
oil and gas industry, benefits from a
worldwide footprint of production facilities, three leading edge Research &
Development Technology centers and a
network of over 200 licensees worldwide.
Vallourec, in combination with VAM USA,
offers its customers integrated solutions
and services fully adapted to the requirements of a fast moving energy market.
VAM USA: an R&D Technology
Center dedicated to North
America
The newly industrialized VAM USA R&D
Technology Center, located in Houston,
Texas, encompasses an extensive array
of testing equipment used to simulate
extreme well conditions. The North
America R&D center validates the quality
and reliability of VAM® connections
under field-like conditions per standard
ISO 13679 procedures and special
customer procedures. In addition to
qualification tests for customers, the lab
actively participates in the development
of new connections and the validation of
new products.
pg. 20 / Vallourec USA Corporation / Premium Connections
VAM USA Connection Technology Center:
A comprehensive range of equipment
The quest to find and recover new oil
and gas reserves has never been more
challenging. As these well conditions
become more hostile, VAM® is ever
more committed to designing connections suited for a variety of conditions
including:
 Elevated
Temperature
Temperature fluctuations (Steam Injection or SAGD)
 High Pressure / High Temperature (HPHT)
 Sour Service
 Extreme Frac Pressures
 High Torque
 Fatigue Loading
 Severe Dog legs
 Extreme
Your Challenge - Our
Commitment
VAM Premium Connections are used in
the most hostile environments and
applications. Operator safety, well life,
return on investment (onshore and offshore) rely on the quality of our products. Therefore, the performance of all
VAM connections are validated through
full scale psychical testing at one of our
three R&D centers to fully respond to
those requirements.
Threaded & Coupled
Sample Preparation
Bending
A critical component for the development
and validation of new products is sample
preparation. VAM USA has incorporated
the latest FEA equipment, CNC lathes
and gauges within the testing facility to
produce test specimens to the highest
tolerances representing the worst case
scenarios in the field.
VAM USA has testing equipment that can
simulate combined loads with bending
(up to 70 degrees per 100ft).
Make and Break
VAM USA can perform make up and
break out simulations that validate the
seal sensitivity and galling sensitivity of
VAM® premium connections under critical conditions. VAM USA also uses the
tongs to evaluate the dope sensitivity of
VAM® premium connections to new
formulas of thread compound required by
our customers including environmental
friendly “green dope” or “CLEANWELL™”.
Combined Loads (tension &
compression with internal
& external pressure)
The VAM USA load f
rames have a maximum tension capacity of 6 million pound force and a maximum compression capacity of 5.2 million
pound force. VAM USA has the ability to
simulate combined loads (tension or
compression) under high internal pressure (30,000 psi using gas and 35,000
psi using water) or external pressure
(35,000 psi).
Elevated Temperature
VAM USA can perform all simulations at
ambient or elevated temperature (up to
600°F) including thermal cycles (ambient
to elevated temperature).
Fatigue Life
VAM USA can perform fatigue tests that
are required to assess the fatigue life of
any VAM® premium connection (high
stresses / low cycles or low stresses /
high cycles).
These extensive testing standards
provide assurance to our North American
customers that our premium connections
have been physically tested beyond their
stated capabilities and secure VAM® as
the premier premium connection provider
worldwide.
The most important investment you can
make to ensure the successful running of
your premium tubulars is a VAM® Field
Service representative.
CONNECTION
VAM 21
CONNECTION
VAM TOP
TYPE
Threaded & Coupled
TYPE
Threaded & Coupled
SIZE RANGE
5” to 14”
SIZE RANGE
2 3/8” to 16”
APPLICATIONS
- Production casing
- Intermediate casing
- Rotating liner
- Rotation during cementation
- Wells with extreme
compression loads
APPLICATIONS
- Production casing and tubing
- Tie-backs
- Rotating liner
- Wells with extreme
compression loads
BENEFITS
- Excellent gas-tight sealing under combined loads
- Reversed angle torque
shoulder provides excellent resistance to bending,
compression and torque
- Seal protected from rough handling
- Reduced drilling wear
susceptibility
- Extreme compression and torque resistance
BENEFITS
- Thread geometry optimized by size to minimize the risk
of galling
- Connection options allow
for greater torque and
compression
RATINGS- ISO 13679 TESTED
Internal Pressure
100%
RATINGS
Internal Pressure
100%
External Pressure
100%
External Pressure
100%
Tension (% of Pipe Body)
100%
100%
Compression (% of Pipe Body)
100%
Tubing 100%
Casing 60% - 100%
(Tubing sizes currently being validated)
OPTIONS
HT – High Torque
CLEANWELL® DRY
SB – Special Bevel
SC – Special Clearance
OPTIONS
HC – High Compression
HT – High Torque
CLEANWELL® DRY
Threaded & Coupled
CONNECTION
VAM HP
CONNECTION
VAM HW-ST
CONNECTION
DWC/C
CONNECTION
BIG OMEGA
TYPE
Threaded & Coupled
TYPE
Threaded & Coupled
TYPE
Threaded & Coupled
TYPE
Threaded & Coupled
SIZE RANGE
7” to 11”
SIZE RANGE
5” to 14”
SIZE RANGE
3 1/2" to 13 3/8”
SIZE RANGE
14” to 26”
APPLICATIONS
- Heavy wall casing for HPHT
- Production liners
- Tie-backs
- Casing hangers
APPLICATIONS
- Heavy wall casing for HPHT
- Production liners
- Tie-backs
- Casing hangers
APPLICATIONS
- Drilling with casing
- Production casing
- Tubing
APPLICATIONS
- Surface casing
BENEFITS
- Dual gas-tight metal-to-metal seals
RATINGS
Internal Pressure
100%
BENEFITS
RATINGS
Internal Pressure
100%
External Pressure
100%
External Pressure
70%
External Pressure
100%
100%
80% - 100%
100%
100%
70%
60%
40%
Up to 100%
OPTIONS
BENEFITS
- Pin-to-pin torque shoulder
- Excellent torque, compression and bending resistance
- Improved thread sealing
compared to buttress
- Fatigue enhancements for drilling through a dogleg
RATINGS
Internal Pressure
100%
OPTIONS
HT – High Torque
IS – Internal Shoulder
SR – Seal Ring
PLUS – Larger Coupling
BENEFITS
- Coarse rugged three-pitch thread form
- Excellent stabbing and
anti-cross threading
- Improved thread sealing
compared to buttress
RATINGS
Internal Pressure
100%
External Pressure
100%
Flush
Semi-Flush
CONNECTION
VAM SG
CONNECTION
VAM SLIJ-II
CONNECTION
VAM HTF
CONNECTION
VAM BOLT
TYPE
Semi Flush
TYPE
Semi Flush
TYPE
Flush
TYPE
Flush
SIZE RANGE
4 1/2" to 5 1/2”
SIZE RANGE
4 1/2” to 16”
SIZE RANGE
4 1/2” to 9 7/8”
SIZE RANGE
11 7/8” to 18”
APPLICATIONS
- Production casing
- Highly deviated wells
- Long laterals
BENEFITS
- Specifically tested for Shale Well design applications
- Gas-tight metal seal
protected by mid-shoulder from handling damage
- Deep stabbing two-step
thread
RATINGS
Internal Pressure
100%
APPLICATIONS
- Production casing
- Drilling liners
- Tie-backs
APPLICATIONS
- Drilling liners
- Production liners
BENEFITS
- Maximum clearance – OD flush with the pipe
- Dovetail thread form for extremely high torque capacity
APPLICATIONS
- Surface casing with tight
clearance requirements
- Ideal for running inside
Big Bore wellhead systems
External Pressure
70%
90%
63%
BENEFITS
- Optimized clearance with
high tensile efficiency
- Expanded box (2-3% over
nominal pipe OD)
- Deep stabbing two-step thread
RATINGS
Internal Pressure
100%
External Pressure
100%
68% - 82%
47% - 57%
RATINGS
Internal Pressure
100%
External Pressure
100%
58% - 67%
35% - 40%
BENEFITS
- Dovetail thread form for
excellent jump-out resistance
- Twin-lead thread for quick makeup
- Flush OD
- External torque shoulder
RATINGS
Internal Pressure
100%
External Pressure
100%
52% - 64%
52% - 64%
Special Applications
Thermal
Riser
CONNECTION
ST-L
CONNECTION
HD-L
CONNECTION
VAM SWI
CONNECTION
VAM TOP FE
TYPE
Flush
TYPE
Flush
TYPE
Threaded & Coupled
TYPE
Threaded & Coupled
SIZE RANGE
2 3/8” to 14”
SIZE RANGE
2 3/8” to 20”
SIZE RANGE
4 1/2” to 13 3/8”
SIZE RANGE
6 5/8” to 16”
APPLICATIONS
- Drilling liners
- Moderate depth casing
- Tight hole tubing strings
- Tie-backs
BENEFITS
- Twin-lead thread for fast
makeup
- Maximum clearance –
OD flush with the pipe
RATINGS
Internal Pressure
100%
APPLICATIONS
- Drilling liners
- Moderate depth casing
- Tight hole tubing strings
- Tie-backs
- Deviated wells with severe compression and bending
APPLICATIONS
- Thermal wells
- SAGD (Steam Assisted
Gravity Drainage)
- Other steam applications
APPLICATIONS
- Drilling riser
- Inner production riser
External Pressure
100%
BENEFITS
- Dual gas-tight metal-to-metal
seals
- Single external metal seal
above 14”
- Maximum clearance –
OD flush with the pipe
- High compression rating
RATINGS
Internal Pressure
100%
45% - 70%
External Pressure
100%
27% - 42%
45% - 68%
45% - 68%
BENEFITS
- Gas tight seal under most severe conditions
- Excellent in heating and
cooling cycles
- High torque rating
- Enhanced make up
characteristics
- Validated with full scale
thermal testing to industry
recognized test protocols
RATINGS
Internal Pressure
100%
External Pressure
100%
100%
100%
BENEFITS
- VAM® TOP basis
- Dovetail thread form for
- Gas tight internal metal to metal seal
- Rectangular thread profile
- Fatigue enhancements
- Swoosh
- Radius on thread profile
- SAF ≤ 2.0 vs. DNV-B1 2005 curve
PERFORMANCES
Static
VAM® TOP basis
5 ~ 10 Make and Break
Internal Pressure
100%
External Pressure
100% API
100%
60%
pg. 28/ Vallourec USA Corporation / Premium Connections
Riser Grade
Riser Grade
CONNECTION
VAM TTR
CONNECTION
LDR
TYPE
Threaded & Coupled
TYPE
Threaded & Coupled
SIZE RANGE
8 5/8” to 16”
SIZE RANGE
7 5/8”
APPLICATIONS
- Outer production riser
- Single barrier systems
BENEFITS
- External metal to metal seal
- High fatigue triangular
thread profile
- SAF ≤ 1.5 vs. DNV-B1
2005 curve
PERFORMANCES
Internal Pressure
100%
APPLICATIONS
- Workover / Landing string / Completion
- HPHT
External Pressure
100% API
BENEFITS
- External metal to metal seal
- High fatigue triangular
thread profile
- SAF ≤ 1.5 vs. DNV-B1
2005 curve
- 25 Make and Breaks for work
over applications
PERFORMANCES
25 Make and Breaks for
workover applications
80% - 89%
Internal Pressure
100%
30 - 40%
External Pressure
100% API
OPTIONS
HW - Heavy Wall
90%
40%
Material Properties
Vallourec USA Corporation / Material Properties / pg. 31
Material Properties
Material Properties
Vallourec supplies the full range of API 5CT standard grades and grades with enhanced performances.
All Product Specification Levels (PSL) and Special Requirements (SR) from API 5CT/ISO 11960 can be delivered, with PSL 2
standardized on all quenched and tempered grades.
Grade
J55
K55
VST55 HC
N80 a
L80
L80 HC
L80 HCE
L80 IRP
L80 1Cr
C90
C90 HC
R95
T95
T95 HC
T95 E
T95 HCE
C110
P110 MS b
P110
P110 RY
P110 EC
P110 HCE
Q125
Q125 HC
Q125 HCE
Yield Strength (ksi)
Tensile Strength (ksi)
minimum
maximum
minimum
55
55
70
80
80
80
87.5
80
80
90
90
95
95
95
100
100
110
110
110
110
125
125
125
125
135
80
80
110
110
95
95
95
95
95
105
105
110
110
110
110
110
120
125
140
125
140
140
150
150
150
75
95
110
100
95
95
95
95
95
100
100
105
105
105
105
105
115
125
125
125
135
135
135
135
140
HRC
≤
≤
≤
≤
≤
≤
≤
≤
≤
≤
≤
≤
≤
23.0
23.0
23.0
23.0
23.0
25.4
25.4
25.4
25.4
25.4
25.4
30.0
29.0
-
a N80 Type 1 and N80Q (heat treated with additional criteria) are both available with the same strength requirements and load ratings. Contact Vallourec Sales for additional information.
b Mild Sour Service material tested in a fit for purpose solution at 90% AYS using NACE method A.
pg. 32 / Vallourec USA Corporation / Material Properties
Material Properties
Vallourec Proprietary Grades
Vallourec proprietary grades offer solutions for grades or requirements not covered
by API 5CT. They also offer greater performances (e.g. High Collapse grades) and
higher reliability (e.g. Sour Service grades) thanks to stringent internal requirements in
quality and process control, mechanical properties and material testing.
Grade
High Pressure High Temperature
Grade
VM125CY
VM130CY
VM140CY
VM140
VM150
maximum
minimum
125
130
140
140
140
150
135
135
145
VM80HC
VM95HC
VM110HC
VM125HC
VM140HC
VM150HC
HRC
Operating temp. for use in sour
service conditions acc. to NACE
≤ 35
≤ 35
≤ 36
175°F
175°F
225°F
Deep well grades are used where high yield strength is required while maintaining
ductility and fracture toughness.
minimum
maximum
140
150
165
175
High Collapse
Grade
minimum
Deep Well
Grade
HPHT grades are used when high strength is required with limited resistance to sour
service conditions within the guidelines of NACE MR0175.
minimum
CVN average value min. full size
specimen at 70°F
150 38 ft-lbs
160 30 ft-lbs
High Collapse grades for casing are used in high pressure wells. They offer an
average of 25% and up to 40% extra performance over API collapse rating.
As mechanical properties and pipe dimensions are major factors in collapse
resistance, the following parameters have been optimized to guarantee high
collapse pressure: D/t ratio, yield strength, ovality, wall thickness, residual stresses.
minimum
maximum
minimum
80
95
110
125
140
150
110
125
140
150
165
175
100
110
125
135
150
160
Collapse
resistance
minimum guaranteed
collapse pressures
are available upon request
Sour Service grades for tubing and casing are used in wells where H2S is present.
The threshold stresses have been determined according to Method A of NACE
TM0177 standard. Upon request sour service grades are also tested according to
Method D (DCB test).
Sour Service
VM80S
VM80SS
VM90S
VM90SS
VM95S
VM95SS
VM100SS
VM110SS
VM125SS
minimum
maximum
minimum
80
80
90
90
95
95
100
110
125
95
95
105
105
110
110
115
120
135
95
95
100
100
105
105
110
115
130
HRC
Threshold stress
minimum
≤
≤
≤
≤
≤
≤
≤
≤
≤
22
22
24
24
25
25
28
30
34
85% SMYS
90% SMYS
85% SMYS
90% SMYS
85% SMYS
90% SMYS
85% SMYS
85% SMYS
85% SMYS (0.03 ppH2S, pH 3.5) S Grades for faster delivery.
High Collapse and Sour Service
Grade
VM80HCS
VM80HCSS
VM90HCS
VM90HCSS
VM95HCS
VM95HCSS
VM110HCSS
VM125HCSS
High Collapse and Sour Service grades for casing are used in high pressure wells
where H2S is present.
minimum
maximum
minimum
80
80
90
90
95
95
110
125
95
95
105
105
110
110
120
135
95
95
100
100
105
105
115
130
HRC
≤
≤
≤
≤
≤
≤
≤
≤
22
22
24
24
25
25
30
36
Threshold stress
Collapse
minimum
resistance
85%
90%
85%
90%
85%
90%
85%
85%
SMYS
SMYS
SMYS
SMYS
SMYS
SMYS
SMYS
SMYS
minimum
guaranteed
collapse pressures
are available
upon request
Material Properties
Sweet Corrosion
Type
13% Chrome
Super 13% Chrome
Martensitic grades (13Cr and Super 13Cr) are used in wells with CO2, chlorides and/
or some H2S up to 365°F.
Grade
VM80 13CR
VM85 13CR
VM90 13CR
VM95 13CR
VM95 13CRSS
VM110 13CRSS
VM125 13CRSS
Highly Corrosive
Type
Duplex
Super
Duplex
minimum
maximum
minimum
80
85
90
95
95
110
125
95
100
105
110
110
140
140
95
100
100
105
105
115
130
HRC
≤
≤
≤
≤
≤
≤
≤
23
24
26
28
30
34
34
Grade
minimum
maximum
minimum
110
125
140
110
125
140
125
140
140
150
160
140
150
160
150
160
115
130
145
125
130
145
130
145
HRC
≤
≤
≤
≤
≤
≤
≤
≤
36
37
38
36
37
38
37
38
Austenitic grades are used in wells where high concentration of H2S, CO2,
and chlorides are present.
Super Austenitic
Nickel Base Alloys
Risers
Grade
VM95R
VM95RSS
VM110R
VM110RSS VM125R Riser grades from 95 ksi to 125 ksi minimum yield strength are used in high fatigue
riser applications (available with Sour Service resistance).
minimum
maximum
minimum
95
95
110
110
125
110
110
125
120
140
105
105
120
115
135
HRC
Threshold stress
minimum
≤
≤
≤
≤
≤
33
27
35
32
37
N/A
80% SMYS
N/A
80% SMYS
N/A
Ferritic-austenitic grades to be used in wells with CO2, chlorides and/or some H2S up
to 480°F.
VM22 110
VM22 125
VM22 140
VM25 110
VM25 125
VM25 140
VM25S 125
VM25S 140
Type
Special Applications
Grade
VM28 110
VM28 125
VM825 110
VM825 120
VM G3 110
VM G3 125
VM G50 110
VM G50 125
minimum
maximum
minimum
110
125
110
120
110
125
110
125
140
150
135
145
130
145
130
145
115
130
115
125
115
130
115
130
HRC
≤
≤
≤
≤
≤
≤
≤
≤
35
37
35
37
35
37
35
37
Expandables
Grade
VM50ET
VM80ET
VM80 13ET
Expandable grades from 50 ksi to 80 ksi minimum yield strength are used in
expandable tubular applications.
Yield Strength
ksi
minimum
maximum
50
80
80
65
95
95
Ultimate Tensile Strength
ksi
Elongation 2”
%
minimum
minimum
69
95
95
25
20
18
HRC
25
20
18
Performance Data Tubing
Vallourec USA Corporation / Performance Data / pg. 37
Performance Data Tubing
Tubing Dimensions and
Minimum Performance Properties
OD
Weight
NU
T&C
(in)
5.80
6.60
7.35
6.40
4.70
5.95
-
7.45
6.50
Area
PE
(lb/ft)
4.60
2 3/8
EU
T&C
Wall
(in)
4.44
5.76
6.56
7.32
6.17
(in2)
0.190 1.304
0.254 1.692
0.295 1.928
0.336 2.152
0.217 1.812
2 7/8
7.80
7.90
Abbreviated Terms
NU
non-upset tubing
EU external upset tubing
ALT.
alternate drift
IP
internal pressure
PBYS pipe body yield strength
7.67
0.276 2.254
Pipe Body
Drift
API
ALT.
(in)
(in)
Grade
Collapse
IP
Pressure (Barlow)
(psi)
(psi)
Connections
IP
(Lame’open)
IP
(Lame’capped)
IP
(Lame’ductile
rupture)
PBYS
(psi)
(psi)
(psi)
Non Upset (NU)
Upset 8rd (EU)
IP
Jt.
Strength
IP
Jt.
Strength
(kips)
(psi)
(kips)
(psi)
(kips)
J55
8,100 7,700 7,600 8,250 7,880
72
7,700
49
7,700
72
K55
8,100 7,700 7,600 8,250 9,980
72
7,700
49
7,700
72
N80
11,780 11,200 11,060 12,000 10,630
104
11,200
72
11,200
104
L80
11,780 11,200 11,060 12,000 12,250
104
11,200
72
11,200
104
C90
13,250 12,600 12,440 13,500 12,960
117
12,600
81
12,600
117
R95
13,980 13,300 13,140 14,250 13,610
124
13,300
85
13,300
124
T95
13,980 13,300 13,140 14,250 13,640
124
13,300
85
13,300
124
P110
16,130 15,400 15,210 16,500 16,370
143
15,400
99
15,400
143
N80
15,280 14,970 14,640 15,640 14,470
135
14,970
103
14,850
135
L80
15,280 14,970 14,640 15,640 16,740
135
14,970
103
14,850
135
C90
17,190 16,840 16,470 17,590 17,710
152
16,840
116
16,710
152
R95
18,150 17,780 17,390 18,570 18,590
161
17,780
122
17,630
161
T95
18,150 17,780 17,390 18,570 18,640
161
17,780
122
17,630
161
P110
21,010 20,590 20,130 21,500 22,360
186
20,590
142
20,420
186
N80
17,410 17,390 16,870 17,860 17,010
154
-
-
-
-
L80
17,410 17,390 16,870 17,860 19,720
154
-
-
-
-
C90
19,580 19,560 18,980 20,090 20,860
173
-
-
-
-
R95
20,670 20,650 20,040 21,210 21,900
183
-
-
-
-
T95
20,670 20,650 20,040 21,210 21,960
183
-
-
-
-
P110
23,930 23,910 23,200 24,560 26,340
212
-
-
-
-
N80
19,430 19,810 19,050 20,000 19,600
172
-
-
14,850
172
L80
19,430 19,810 19,050 20,000 22,790
172
-
-
14,850
172
C90
21,860 22,280 21,430 22,500 24,100
194
-
-
16,710
194
R95
23,080 23,520 22,620 23,750 25,310
204
-
-
17,630
204
T95
23,080 23,520 22,620 23,750 25,370
204
-
-
17,630
204
P110
26,720 27,230 26,190 27,500 30,430
237
-
-
20,420
237
J55
7,680 7,260 7,180 7,820 7,410
100
7,260
73
7,260
100
K55
7,680 7,260 7,180 7,820 9,390
100
7,260
73
7,260
100
N80
11,170 10,570 10,450 11,370 10,000
145
10,570
106
10,570
145
2.347 N/A L80
C90
11,170 10,570 10,450 11,370 11,520
145
10,570
106
10,570
145
12,380 11,890 11,760 12,790 12,190
163
11,890
119
11,890
163
R95
12,940 12,550 12,410 13,500 12,790
172
12,550
125
12,550
172
T95
12,940 12,550 12,410 13,500 12,830
172
12,550
125
12,550
172
P110
14,550 14,530 14,370 15,630 15,380
199
14,530
145
14,530
199
N80
13,890 13,440 13,200 14,190 12,900
180
13,440
141
13,440
180
L80
13,890 13,440 13,200 14,190 14,890
180
13,440
141
13,440
180
1.901 N/A
1.773 N/A
1.691 N/A
1.609 N/A
2.229 N/A
pg. 38 / Vallourec USA Corporation / Performance Data
OD
Weight
NU
T&C
(in)
EU
T&C
Wall
PE
(lb/ft)
7.80
7.90
Area
(in)
7.67
(in2)
0.276 2.254
Pipe Body
Drift
API
ALT.
(in)
(in)
9.20
8.70
9.30
8.45
8.81
0.308 2.484
0.254 2.590
-
9.92
0.289 2.915
12.70 12.95 12.53 0.375 3.682
4
9.50
-
Abbreviated Terms
NU
non-upset tubing
ALT.
alternate drift
IP
internal pressure
9.12
0.226 2.680
Collapse
IP
Pressure (Barlow)
(psi)
(psi)
IP
(Lame’open)
IP
(Lame’capped)
IP
(Lame’ductile
rupture)
PBYS
(psi)
(psi)
(psi)
Non Upset (NU)
OD
Jt.
Strength
IP
Jt.
Strength
(kips)
(psi)
(kips)
(psi)
(kips)
203
15,120
158
15,120
203
2.229 N/A R95
T95
16,490 15,960 15,680 16,840 16,540
214
15,960
167
15,960
214
16,490 15,960 15,680 16,840 16,580
214
15,960
167
15,960
P110
19,090 18,480 18,150 19,500 19,890
248
18,480
194
N80
15,300 15,000 14,670 15,660 14,500
199
15,000
159
L80
15,300 15,000 14,670 15,660 16,770
199
15,000
C90
17,220 16,870 16,500 17,620 17,740
224
16,870
2.165 N/A
2.867 N/A
2.797 N/A
2.625 N/A
3.423 N/A
Weight
Wall
Area
Pipe Body
Drift
Upset 8rd (EU)
IP
15,620 15,120 14,850 15,960 15,760
3 1/2
10.20
Grade
Connections
C90
2 7/8
8.60
NU
T&C
(in)
EU
T&C
PE
(lb/ft)
(in)
(in2)
API
ALT.
(in)
(in)
Grade
Collapse
IP
Pressure (Barlow)
(psi)
(psi)
Connections
IP
(Lame’open)
IP
(Lame’capped)
IP
(Lame’ductile
rupture)
PBYS
(psi)
(psi)
(psi)
Non Upset (NU)
Upset 8rd (EU)
IP
Jt.
Strength
IP
Jt.
Strength
(kips)
(psi)
(kips)
(psi)
(kips)
T95
7,310 9,390 9,340 10,290 9,460
255
9,390
171
-
-
P110
7,910 10,880 10,810 11,910 11,350
295
10,880
198
-
-
214
J55
6,590 6,300 6,250 6,850 6,390
169
-
-
6,300
169
18,480
248
N80
8,800 9,170 9,090 9,960 8,620
246
-
-
9,170
246
14,940
199
L80
8,800 9,170 9,090 9,960 9,920
246
-
-
9,170
246
159
14,940
199
3.351 N/A C90
9,590 10,320 10,230 11,200 10,490
277
-
-
10,320
277
179
16,810
224
R95
9,980 10,890 10,800 11,830 11,020
292
-
-
10,890
292
9.50
-
9.12
0.226 2.680
10.70 11.00 10.47 0.262 3.077
3.423 N/A
4
R95
18,170 17,810 17,420 18,600 18,630
236
17,810
189
17,750
236
T95
9,980 10,890 10,800 11,830 11,040
292
-
-
10,890
292
T95
18,170 17,810 17,420 18,600 18,680
236
17,810
189
17,750
236
P110
11,060 12,610 12,500 13,690 13,250
338
-
-
12,610
338
P110
21,040 20,620 20,170 21,540 22,400
273
20,620
219
20,550
273
N80
12,110 11,550 11,400 12,350 10,990
304
-
-
-
-
J55
7,400 6,990 6,910 7,540 7,110
142
6,990
109
6,990
142
L80
12,110 11,550 11,400 12,350 12,660
304
-
-
-
-
K55
7,400 6,990 6,910 7,540 9,010
142
6,990
109
6,990
142
C90
13,620 12,990 12,820 13,890 13,390
342
-
-
-
-
N80
10,540 10,160 10,060 10,960 9,600
207
10,160
159
10,160
207
R95
14,380 13,720 13,530 14,660 14,060
361
-
-
-
-
L80
10,540 10,160 10,060 10,960 11,050
207
10,160
159
10,160
207
T95
14,380 13,720 13,530 14,660 14,100
361
-
-
-
-
C90
11,570 11,430 11,310 12,330 11,690
233
11,430
179
11,430
233
P110
16,650 15,880 15,670 16,980 16,910
419
-
-
-
-
R95
12,080 12,070 11,940 13,020 12,270
246
12,070
189
12,070
246
J55
5,730 5,800 5,760 6,330 5,850
198
5,800
144
5,800
198
T95
12,080 12,070 11,940 13,020 12,300
246
12,070
189
12,070
246
K55
5,730 5,800 5,760 6,330 7,410
198
5,800
144
5,800
198
P110
13,530 13,970 13,830 15,070 14,760
285
13,970
219
13,970
285
N80
7,500 8,430 8,370 9,200 7,900
288
8,430
209
8,430
288
N80
12,120 11,560 11,410 12,360 11,000
233
11,560
185
-
-
L80
7,500 8,430 8,370 9,200 9,080
288
8,430
209
8,430
288
L80
12,120 11,560 11,410 12,360 12,670
233
11,560
185
-
-
C90
8,120 9,490 9,420 10,350 9,610
324
9,490
235
9,490
324
C90
13,640 13,010 12,830 13,900 13,410
262
13,010
208
-
-
R95
8,410 10,010 9,940 10,930 10,090
342
10,010
248
10,010
342
R95
14,390 13,730 13,550 14,670 14,080
277
13,730
220
-
-
T95
8,410 10,010 9,940 10,930 10,110
342
10,010
248
10,010
342
T95
14,390 13,730 13,550 14,670 14,110
277
13,730
220
-
-
P110
9,210 11,590 11,510 12,650 12,130
396
11,590
287
11,590
396
P110
16,670 15,900 15,690 16,990 16,930
321
15,900
255
-
-
N80
11,080 10,480 10,370 11,290 9,920
353
-
-
-
-
N80
15,310 15,000 14,670 15,660 14,500
295
15,000
246
15,000
295
L80
11,080 10,480 10,370 11,290 11,420
353
-
-
-
-
L80
15,310 15,000 14,670 15,660 16,770
295
15,000
246
15,000
295
C90
12,220 11,800 11,670 12,700 12,080
397
-
-
-
-
C90
17,220 16,880 16,500 17,620 17,740
331
16,880
277
16,880
331
R95
12,760 12,450 12,310 13,400 12,690
419
-
-
-
-
R95
18,180 17,810 17,420 18,600 18,630
350
17,810
293
17,810
350
T95
12,760 12,450 12,310 13,400 12,720
419
-
-
-
-
T95
18,180 17,810 17,420 18,600 18,680
350
17,810
293
17,810
350
P110
14,340 14,420 14,260 15,520 15,260
485
-
-
-
-
P110
21,050 20,630 20,170 21,540 22,400
405
20,630
339
20,630
405
J55
5,110 5,440 5,400 5,960 5,480
147
5,440
99
-
-
K55
5,110 5,440 5,400 5,960 6,940
147
5,440
99
-
-
N80
6,590 7,910 7,860 8,660 7,400
214
7,910
144
-
-
L80
6,590 7,910 7,860 8,660 8,490
214
7,910
144
-
-
C90
7,080 8,900 8,840 9,740 8,990
241
8,900
162
-
-
R95
7,310 9,390 9,340 10,290 9,440
255
9,390
171
-
-
13.20
-
12.95 0.330 3.805
12.60 12.75 12.25 0.271 3.600
3.215 N/A
3.833 N/A
4 1/2
15.20
-
Abbreviated Terms
NU
non-upset tubing
ALT.
alternate drift
IP
internal pressure
15.00 0.337 4.407
3.701 N/A
Performance Data
4 1/2” - 7”
Vallourec USA Corporation / Performance Data 4 1/2” -7” / pg. 41
Performance Data
4 1/2" - 7"
Casing Dimensions and
OD
Weight
T&C
(in)
4 1/2
Wall
Area
PE
(lb/ft)
9.50
9.41
(in)
(in2)
Pipe Body
Drift
API
ALT.
(in)
(in)
0.205 2.766 3.965
N/A
4 1/2 10.50 10.24 0.224 3.009 3.927
N/A
4 1/2 11.60 10.24 0.224 3.009 3.927
N/A
Grade
Connections
Collapse
IP
IP
IP
IP
Pressure (Barlow) (Lame’- (Lame’- (Lame’open) capped) ductile
rupture)
(psi)
(psi)
(psi)
(psi)
(psi)
PBYS
(kips)
8rd SC
8rd LC
BC
IP
Jt.
Strength
IP
Jt.
Strength
IP
Jt.
Strength
(psi)
(kips)
(psi)
(kips)
(psi)
(kips)
J55
3,310 4,380 4,370 4,850 4,400
152 4,380
101
-
-
-
-
K55
3,310 4,380 4,370 4,850 5,570
152 4,380
112
-
-
-
-
J55
4,010 4,790 4,770 5,280 4,820
166 4,790
132
-
-
K55
4,010 4,790 4,770 5,280 6,100
166 4,790
146
-
-
J55
4,960 5,350 5,320 5,860 5,400
184 5,350
154
5,350 162
5,350 225
K55
4,960 5,350 5,320 5,860 6,840
184 5,350
170
5,350 180
5,350 277
N80
6,360 7,780 7,730 8,520 7,290
267 7,780
216
7,780 223
7,780 304
L80
4,790 203
4,790 249
6,360 7,780 7,730 8,520 8,370
267 7,780
212
7,780 212
7,780 291
L80 1Cr 6,360 7,780 7,730 8,520 8,370
267 7,780
212
7,780 212
7,780 291
L80 HC
7,720 7,780 7,730 8,520 8,370
267 7,780
212
7,780 212
7,780 291
L80 IRP 6,360 7,780 7,730 8,520 8,370
267 7,780
212
7,780 212
7,780 291
L80 HCE 7,720 8,510 8,460 9,320 8,370
292 8,510
212
8,510 212
8,510 295
C90
6,810 8,750 8,700 9,590 9,730
300 8,750
223
8,750 223
8,750 309
R95
7,030 9,240 9,180 10,120 9,310
317 9,240
234
9,240 234
9,240 325
T95
7,030 9,240 9,180 10,120 10,280 317 9,240
234
9,240 234
9,240 325
T95 HC
8,550 9,240 9,180 10,120 10,280 317 9,240
234
9,240 234
9,240 325
T95 E
7,030 9,720 9,660 10,660 10,280 334 9,720
234
9,720 234
9,720 328
T95 HCE 8,550 9,720 9,660 10,660 10,280 334 9,720
234
9,720 234
9,720 328
P110
7,580 10,690 10,630 11,720 11,150 367 10,690 279 10,690 279 10,690 385
P110 RY 7,580 10,690 10,630 11,720 11,150 367 10,690 279 10,690 279 10,690 385
P110 MS 7,580 10,690 10,630 11,720 11,150 367 10,690 279 10,690 279 10,690 385
P110 EC 8,860 12,150 12,080 13,320 13,380 417 12,150 301 12,150 301 12,150 420
P110 HCE 9,590 12,150 12,080 13,320 13,380 417 12,150 301 12,150 301 12,150 420
Q125
8,000 12,150 12,080 13,320 13,380 417 12,150 301 12,150 301 12,150 420
Q125 HC 9,870 12,150 12,080 13,320 13,380 417 12,150 301 12,150 301 12,150 420
Q125 HCE 9,870 13,130 13,050 14,390 13,960 451 13,130 312 13,130 312 13,130 438
4 1/2 12.75 12.25 0.271 3.600 3.833
Abbreviated Terms
SC
short round thread casing
LC
long round thread casing
BC buttress thread casing
ALT.
alternative drift
IP
internal pressure
N/A
N80
7,500 8,430 8,370 9,200 7,690
288
-
-
-
-
-
-
L80
7,500 8,430 8,370 9,200 7,690
288
-
-
-
-
-
-
L80 IRP 7,500 8,430 8,370 9,200 7,690
288
-
-
-
-
-
-
C90
8,120 9,490 9,420 10,350 10,540 324
-
-
-
-
-
-
R95
8,410 10,010 9,940 10,930 10,000 342
-
-
-
-
-
-
T95
8,410 10,010 9,940 10,930 11,140 342
-
-
-
-
-
-
T95 E
8,410 10,540 10,460 11,500 11,140 360
-
-
-
-
-
-
P110
9,210 11,590 11,510 12,650 13,340 396
-
-
-
-
-
-
P110 RY 9,210 11,590 11,510 12,650 13,340 396
-
-
-
-
-
-
P110 MS 9,210 11,590 11,510 12,650 13,340 396
-
-
-
-
-
-
pg. 42 / Vallourec USA Corporation / Performance Data 4 1/2” -7”
OD
Weight
T&C
(in)
Wall
Area
PE
(lb/ft)
(in)
(in2)
Pipe Body
Drift
API
ALT.
(in)
(in)
4 1/2 12.75 12.25 0.271 3.600 3.833
N/A
Grade
4 1/2 13.50 13.05 0.290 3.836 3.795
4 1/2 15.10 15.00 0.337 4.407 3.701
N/A
N/A
Connections
Collapse
IP
IP
IP
IP
rupture)
PBYS
8rd SC
OD
8rd LC
Jt.
Strength
IP
Jt.
Strength
IP
Jt.
Strength
(psi)
(kips)
(psi)
(kips)
(psi)
(kips)
P110 EC 9,890 13,170 13,080 14,380 14,410 450
-
-
-
-
-
-
Q125
9,890 13,170 13,080 14,380 14,410 450
-
-
-
-
-
-
8,540 9,020 8,950 9,810 8,500
-
-
(psi)
N80
(psi)
(psi)
(psi)
(psi)
(kips)
307
Weight
Wall
Area
Pipe Body
Drift
BC
IP
9,020 270
T&C
(in)
PE
(lb/ft)
(in)
(in2)
API
ALT.
(in)
(in)
9,020 349
4 1/2 15.10 15.00 0.337 4.407 3.701
N/A
Grade
Connections
Collapse
IP
IP
IP
IP
rupture)
PBYS
8rd SC
8rd LC
BC
IP
Jt.
Strength
IP
Jt.
Strength
IP
Jt.
Strength
(psi)
(kips)
(psi)
(kips)
(psi)
(kips)
P110 RY 14,340 14,420 14,260 15,520 16,880 485
-
-
14,420 406 13,470 509
P110 MS 14,340 14,420 14,260 15,520 16,880 485
-
-
14,420 406 13,470 509
P110 EC 15,830 16,380 16,200 17,640 18,350 551
-
-
16,380 438 15,300 554
(psi)
(psi)
(psi)
(psi)
(psi)
(kips)
8,540 9,020 8,950 9,810 9,780
307
-
-
9,020 257
9,020 334
P110 HCE 16,090 16,380 16,200 17,640 18,350 551
-
-
16,380 438 15,300 554
L80 1Cr 8,540 9,020 8,950 9,810 9,780
307
-
-
9,020 257
9,020 334
C110
14,340 14,420 14,260 15,520 15,530 485
-
-
14,420 373 13,470 475
L80 HC
9,560 9,020 8,950 9,810 9,780
307
-
-
9,020 257
9,020 334
Q125
15,830 16,380 16,200 17,640 18,350 551
-
-
16,380 438 15,300 554
L80 IRP 8,540 9,020 8,950 9,810 9,780
307
-
-
9,020 257
9,020 334
Q125 HC 17,330 16,380 16,200 17,640 18,350 551
-
-
16,380 438 15,300 554
L80 HCE 9,560 9,870 9,790 10,730 9,780
9,870 339
17,690 454 16,530 578
Abbreviated Terms
SC
LC
ALT.
alternative drift
IP
internal pressure
L80
336
-
-
9,870 257
Q125 HCE 17,330 17,690 17,500 19,050 19,140 595
-
-
C90
9,300 10,150 10,070 11,030 11,380 345
-
-
10,150 270 10,150 355
N80
12,220 11,670 11,510 12,460 11,130 389
-
-
-
-
-
-
R95
9,660 10,710 10,630 11,650 10,870 364
-
-
10,710 284 10,710 374
L80
12,220 11,670 11,510 12,460 12,830 389
-
-
-
-
-
-
T95
9,660 10,710 10,630 11,650 12,020 364
-
-
10,710 284 10,710 374
L80 1Cr 12,220 11,670 11,510 12,460 12,830 389
-
-
-
-
-
-
T95 HC 10,850 10,710 10,630 11,650 12,020 364
-
-
10,710 284 10,710 374
L80 HC 13,370 11,670 11,510 12,460 12,830 389
-
-
-
-
-
-
T95 E
9,660 11,280 11,190 12,260 12,020 384
-
-
11,280 284 11,280 377
L80 IRP 12,220 11,670 11,510 12,460 12,830 389
-
-
-
-
-
-
T95 HCE 10,850 11,280 11,190 12,260 12,020 384
-
-
11,280 284 11,280 377
L80 HCE 13,370 12,760 12,590 13,630 12,830 425
-
-
-
-
-
-
P110
10,690 12,410 12,310 13,490 14,400 422
-
-
12,410 338 12,410 443
C90
13,750 13,130 12,950 14,020 14,960 437
-
-
-
-
-
-
P110 RY 10,690 12,410 12,310 13,490 14,400 422
-
-
12,410 338 12,410 443
R95
14,510 13,850 13,670 14,800 14,270 462
-
-
-
-
-
-
P110 MS 10,690 12,410 12,310 13,490 14,400 422
-
-
12,410 338 12,410 443
T95
14,510 13,850 13,670 14,800 15,800 462
-
-
-
-
-
-
P110 EC 11,600 14,100 13,980 15,320 15,640 479
-
-
14,100 365 14,100 482
T95 HC 15,280 13,850 13,670 14,800 15,800 462
-
-
-
-
-
-
T95 E
14,510 14,580 14,390 15,580 15,800 486
-
-
-
-
-
-
4 1/2 16.60 16.54 0.375 4.860 3.625
N/A
P110 HCE 12,840 14,100 13,980 15,320 15,640 479
-
-
14,100 365 14,100 482
C110
10,690 12,410 12,310 13,490 13,250 422
-
-
12,410 311 12,410 413
T95 HCE 15,280 14,580 14,390 15,580 15,800 486
-
-
-
-
-
-
Q125
11,600 14,100 13,980 15,320 15,640 479
-
-
14,100 365 14,100 482
P110
16,810 16,040 15,830 17,130 18,930 535
-
-
-
-
-
-
Q125 HC 13,810 14,100 13,980 15,320 15,640 479
-
-
14,100 365 14,100 482
P110 RY 16,810 16,040 15,830 17,130 18,930 535
-
-
-
-
-
-
Q125 HCE 13,810 15,230 15,100 16,550 16,320 518
-
-
15,230 378 15,230 503
P110 MS 16,810 16,040 15,830 17,130 18,930 535
-
-
-
-
-
-
N80
11,080 10,480 10,370 11,290 9,950
353
-
-
10,480 325
9,790 401
P110 EC 17,710 18,230 17,980 19,470 20,570 607
-
-
-
-
-
-
L80
11,080 10,480 10,370 11,290 11,450 353
-
-
10,480 308
9,790 384
P110 HCE 19,100 18,230 17,980 19,470 20,570 607
-
-
-
-
-
-
L80 1Cr 11,080 10,480 10,370 11,290 11,450 353
-
-
10,480 308
9,790 384
C110
16,810 16,040 15,830 17,130 17,410 535
-
-
-
-
-
-
L80 HC 11,950 10,480 10,370 11,290 11,450 353
-
-
10,480 308
9,790 384
Q125
19,100 18,230 17,980 19,470 20,570 607
-
-
-
-
-
-
L80 IRP
11,080 10,480 10,370 11,290 11,450 353
-
-
10,480 308
9,790 384
Q125 HC 20,510 18,230 17,980 19,470 20,570 607
-
-
-
-
-
-
L80 HCE 11,950 11,470 11,340 12,350 11,450 386
-
-
11,470 308 10,710 389
Q125 HCE 20,510 19,690 19,420 21,030 21,460 656
-
-
-
-
-
-
C90
12,220 11,800 11,670 12,700 13,340 397
-
-
11,800 325 11,020 408
N80
13,830 13,380 13,140 14,130 12,870 440
-
-
-
-
-
-
R95
12,760 12,450 12,310 13,400 12,740 419
-
-
12,450 341 11,630 429
L80
13,830 13,380 13,140 14,130 14,860 440
-
-
-
-
-
-
T95
L80 1Cr 13,830 13,380 13,140 14,130 14,860 440
-
-
-
-
-
-
L80 HC 15,170 13,380 13,140 14,130 14,860 440
-
-
-
-
-
-
12,760 12,450 12,310 13,400 14,100 419
-
-
12,450 341 11,630 429
T95 HC 13,300 12,450 12,310 13,400 14,100 419
-
-
12,450 341 11,630 429
T95 E
12,760 13,110 12,960 14,110 14,100 441
-
-
13,110 341 12,240 433
L80 IRP 13,830 13,380 13,140 14,130 14,860 440
-
-
-
-
-
-
T95 HCE 13,300 13,110 12,960 14,110 14,100 441
-
-
13,110 341 12,240 433
L80 HCE 15,170 14,630 14,370 15,450 14,860 481
-
-
-
-
-
-
P110
-
-
14,420 406 13,470 509
-
-
-
-
-
-
14,340 14,420 14,260 15,520 16,880 485
4 1/2 21.50 21.38 0.500 6.283 3.375
Abbreviated Terms
SC
LC
ALT.
alternative drift
IP
internal pressure
N/A
C90
15,560 15,050 14,780 15,890 17,340 495
OD
Weight
T&C
(in)
Wall
Area
PE
(lb/ft)
(in)
(in2)
Pipe Body
Drift
API
ALT.
(in)
(in)
4 1/2 18.90 18.71 0.430 5.498 3.515
4 1/2 21.50 21.38 0.500 6.283 3.375
5 15.00 14.88 0.296 4.374 4.283
Abbreviated Terms
SC
LC
ALT.
alternative drift
IP
internal pressure
N/A
N/A
N/A
Grade
Connections
Collapse
IP
IP
IP
IP
rupture)
(psi)
(psi)
(psi)
(psi)
(psi)
PBYS
(kips)
8rd SC
8rd LC
OD
BC
IP
Jt.
Strength
IP
Jt.
Strength
IP
Jt.
Strength
(psi)
(kips)
(psi)
(kips)
(psi)
(kips)
Weight
T&C
(in)
Wall
Area
PE
(lb/ft)
(in)
(in2)
Pipe Body
Drift
API
ALT.
(in)
(in)
Grade
Connections
Collapse
IP
IP
IP
IP
rupture)
(psi)
(psi)
(psi)
(psi)
(psi)
PBYS
(kips)
8rd SC
8rd LC
BC
IP
Jt.
Strength
IP
Jt.
Strength
IP
Jt.
Strength
(psi)
(kips)
(psi)
(kips)
(psi)
(kips)
R95
16,420 15,890 15,610 16,770 16,520 522
-
-
-
-
-
-
K55
5,560 5,700 5,660 6,220 7,300
241 5,700
228
5,700 246
5,700 359
T95
16,420 15,890 15,610 16,770 18,320 522
-
-
-
-
-
-
N80
7,250 8,290 8,230 9,050 7,780
350 8,290
291
8,290 311
8,290 396
T95 HC 17,560 15,890 15,610 16,770 18,320 522
-
-
-
-
-
-
L80
7,250 8,290 8,230 9,050 8,940
350 8,290
286
8,290 295
8,290 379
T95 E
16,420 16,720 16,430 17,660 18,320 550
-
-
-
-
-
-
L80 1Cr 7,250 8,290 8,230 9,050 8,940
350 8,290
286
8,290 295
8,290 379
T95 HCE 17,560 16,720 16,430 17,660 18,320 550
-
-
-
-
-
-
L80 HC
8,510 8,290 8,230 9,050 8,940
350 8,290
286
8,290 295
8,290 379
P110
19,010 18,390 18,070 19,420 21,940 605
-
-
-
-
-
-
L80 IRP 7,250 8,290 8,230 9,050 8,940
350 8,290
286
8,290 295
8,290 379
P110 RY 19,010 18,390 18,070 19,420 21,940 605
-
-
-
-
-
-
L80 HCE 8,510 9,070 9,000 9,900 8,940
383 9,070
295
9,070 295
9,070 385
P110 MS 19,010 18,390 18,070 19,420 21,940 605
-
-
-
-
-
-
C90
7,830 9,320 9,260 10,190 10,400 394 9,320
311
9,320 311
9,320 404
P110 EC 21,610 20,900 20,530 22,070 23,840 687
-
-
-
-
-
-
R95
8,110 9,840 9,780 10,750 9,950
416 9,840
326
9,840 326
9,840 424
P110 HCE 21,730 20,900 20,530 22,070 23,840 687
-
-
-
-
-
-
T95
8,110 9,840 9,780 10,750 10,990 416 9,840
326
9,840 326
9,840 424
C110
19,010 18,390 18,070 19,420 20,190 605
-
-
-
-
-
-
T95 HC
9,540 9,840 9,780 10,750 10,990 416 9,840
326
9,840 326
9,840 424
Q125
8,110 10,360 10,290 11,320 10,990 437 10,360 326 10,360 326 10,360 429
5
15.00 14.88 0.296 4.374 4.283
N/A
21,610 20,900 20,530 22,070 23,840 687
-
-
-
-
-
-
T95 E
Q125 HC 23,370 20,900 20,530 22,070 23,840 687
-
-
-
-
-
-
T95 HCE 9,540 10,360 10,290 11,320 10,990 437 10,360 326 10,360 326 10,360 429
Q125 HCE 23,370 22,580 22,180 23,840 24,880 742
-
-
-
-
-
-
P110
N80
15,800 15,560 15,180 16,180 15,120 503
-
-
-
-
-
-
P110 RY 8,850 11,400 11,320 12,450 13,170 481 11,400 387 11,400 388 11,400 503
L80
8,850 11,400 11,320 12,450 13,170 481 11,400 387 11,400 388 11,400 503
15,800 15,560 15,180 16,180 17,500 503
-
-
-
-
-
-
P110 MS 8,850 11,400 11,320 12,450 13,170 481 11,400 387 11,400 388 11,400 503
L80 1Cr 15,800 15,560 15,180 16,180 17,500 503
-
-
-
-
-
-
P110 EC 9,480 12,950 12,860 14,150 14,310 547 12,950 420 12,950 420 12,950 548
L80 HC 17,900 15,560 15,180 16,180 17,500 503
-
-
-
-
-
-
P110 HCE 10,970 12,950 12,860 14,150 14,310 547 12,950 420 12,950 420 12,950 548
L80 IRP 15,800 15,560 15,180 16,180 17,500 503
-
-
-
-
-
-
Q125
L80 HCE 17,900 17,010 16,610 17,700 17,500 550
-
-
-
-
-
-
Q125 HC 11,400 12,950 12,860 14,150 14,310 547 12,950 420 12,950 420 12,950 548
C90
17,780 17,500 17,080 18,210 20,450 565
-
-
-
-
-
-
Q125 HCE 11,400 13,990 13,890 15,280 14,930 591 13,990 435 13,990 435 13,990 573
R95
18,770 18,470 18,030 19,220 19,460 597
-
-
-
-
-
-
N80
10,500 10,140 10,030 10,940 9,600
422
-
-
10,140 396
9,910 477
T95
18,770 18,470 18,030 19,220 21,600 597
-
-
-
-
-
-
L80
10,500 10,140 10,030 10,940 11,050 422
-
-
10,140 376
9,910 457
T95 HC 20,750 18,470 18,030 19,220 21,600 597
-
-
-
-
-
-
L80 1Cr 10,500 10,140 10,030 10,940 11,050 422
-
-
10,140 376
9,910 457
T95 E
18,770 19,440 18,980 20,230 21,600 628
-
-
-
-
-
-
L80 HC 11,400 10,140 10,030 10,940 11,050 422
-
-
10,140 376
9,910 457
T95 HCE 20,750 19,440 18,980 20,230 21,600 628
-
-
-
-
-
-
L80 IRP
10,500 10,140 10,030 10,940 11,050 422
-
-
10,140 376
9,910 457
P110
21,730 21,390 20,880 22,250 25,870 691
-
-
-
-
-
-
L80 HCE 11,400 11,090 10,970 11,960 11,050 462
-
-
11,090 376 10,840 465
P110 RY 21,730 21,390 20,880 22,250 25,870 691
-
-
-
-
-
-
C90
11,520 11,400 11,290 12,310 12,870 475
-
-
11,400 396 11,150 487
P110 MS 21,730 21,390 20,880 22,250 25,870 691
-
-
-
-
-
-
R95
12,020 12,040 11,910 12,990 12,290 501
-
-
12,040 416 11,770 512
P110 EC 24,690 24,310 23,730 25,280 28,120 785
-
-
-
-
-
-
T95
12,020 12,040 11,910 12,990 13,600 501
-
-
12,040 416 11,770 512
P110 HCE 25,700 24,310 23,730 25,280 28,120 785
-
-
-
-
-
-
T95 HC 12,670 12,040 11,910 12,990 13,600 501
-
-
12,040 416 11,770 512
C110
21,730 21,390 20,880 22,250 23,800 691
-
-
-
-
-
-
T95 E
12,020 12,670 12,540 13,670 13,600 527
-
-
12,670 416 12,390 517
Q125
24,690 24,310 23,730 25,280 28,120 785
-
-
-
-
-
-
T95 HCE 12,670 12,670 12,540 13,670 13,600 527
-
-
12,670 416 12,390 517
Q125 HC 27,780 24,310 23,730 25,280 28,120 785
-
-
-
-
-
-
P110
13,470 13,940 13,800 15,040 16,290 580
-
-
13,940 495 13,630 606
Q125 HCE 27,780 26,250 25,620 27,310 29,340 848
-
-
-
-
-
-
P110 RY 13,470 13,940 13,800 15,040 16,290 580
-
-
13,940 495 13,630 606
P110 MS 13,470 13,940 13,800 15,040 16,290 580
-
-
13,940 495 13,630 606
J55
5,560 5,700 5,660 6,220 5,770
241 5,700
207
5,700 223
5
18.00 17.95 0.362 5.275 4.151
5,700 293
Abbreviated Terms
SC
LC
ALT.
alternative drift
IP
internal pressure
N/A
9,480 12,950 12,860 14,150 14,310 547 12,950 420 12,950 420 12,950 548
OD
Weight
T&C
(in)
5
5
5
Wall
Area
PE
(lb/ft)
(in)
(in2)
Pipe Body
Drift
API
ALT.
(in)
(in)
18.00 17.95 0.362 5.275 4.151
21.40 21.32 0.437 6.264 4.001
23.20 23.11 0.478 6.791 3.919
N/A
N/A
N/A
Grade
Connections
Collapse
IP
IP
IP
IP
rupture)
PBYS
8rd SC
OD
8rd LC
Jt.
Strength
IP
Jt.
Strength
IP
Jt.
Strength
(psi)
(kips)
(psi)
(kips)
(psi)
(kips)
P110 EC 14,820 15,840 15,680 17,090 17,700 659
-
-
15,840 535 15,490 661
P110 HCE 15,360 15,840 15,680 17,090 17,700 659
-
-
C110
13,470 13,940 13,800 15,040 14,980 580
-
Q125
(psi)
(psi)
(psi)
(psi)
(psi)
(kips)
Weight
Wall
Area
Pipe Body
Drift
BC
IP
T&C
PE
API
ALT.
(in)
(in)
Grade
Connections
Collapse
IP
IP
IP
IP
rupture)
PBYS
8rd SC
8rd LC
BC
IP
Jt.
Strength
IP
Jt.
Strength
IP
Jt.
Strength
(psi)
(kips)
(psi)
(kips)
(psi)
(kips)
T95 HC 17,570 15,890 15,610 16,780 18,330 645
-
-
12,840 567 11,770 564
15,840 535 15,490 661
T95 E
16,430 16,730 16,430 17,660 18,330 679
-
-
13,520 567 12,390 564
-
13,940 456 13,630 566
T95 HCE 17,570 16,730 16,430 17,660 18,330 679
-
-
13,520 567 12,390 564
(in)
(lb/ft)
(in)
(in2)
(psi)
(psi)
(psi)
(psi)
(psi)
(kips)
14,820 15,840 15,680 17,090 17,700 659
-
-
15,840 535 15,490 661
P110
19,020 18,400 18,080 19,430 21,950 747
-
-
14,870 675 13,630 671
Q125 HC 15,670 15,840 15,680 17,090 17,700 659
-
-
15,840 535 15,490 661
P110 RY 19,020 18,400 18,080 19,430 21,950 747
-
-
14,870 675 13,630 671
Q125 HCE 15,670 17,100 16,930 18,460 18,470 712
-
-
15,990 555 16,730 691
P110 MS 19,020 18,400 18,080 19,430 21,950 747
-
-
14,870 675 13,630 671
N80
12,760 12,240 12,060 13,020 11,710 501
-
-
10,810 490
9,910 537
P110 EC 21,840 20,910 20,540 22,080 23,860 849
-
-
15,990 729 15,490 725
L80
5
23.20 23.11 0.478 6.791 3.919
N/A
12,760 12,240 12,060 13,020 13,500 501
-
-
10,810 466
9,910 510
P110 HCE 22,340 20,910 20,540 22,080 23,860 849
-
-
15,990 729 15,490 725
L80 1Cr 12,760 12,240 12,060 13,020 13,500 501
-
-
10,810 466
9,910 510
C110
19,020 18,400 18,080 19,430 20,200 747
-
-
14,870 621 13,630 617
L80 HC 13,960 12,240 12,060 13,020 13,500 501
-
-
10,810 466
9,910 510
Q125
21,620 20,910 20,540 22,080 23,860 849
-
-
15,990 729 15,490 725
L80 IRP 12,760 12,240 12,060 13,020 13,500 501
-
-
10,810 466
9,910 510
Q125 HC 23,340 20,910 20,540 22,080 23,860 849
-
-
15,990 729 15,490 725
L80 HCE 13,960 13,380 13,190 14,240 13,500 548
-
-
11,830 466 10,840 510
Q125 HCE 23,340 22,590 22,190 23,850 24,890 917
-
-
15,990 756 16,730 752
C90
14,360 13,770 13,560 14,650 15,740 564
-
-
12,170 490 11,150 537
N80
14,400 14,000 13,730 14,720 13,510 565
-
-
10,810 567
9,910 537
R95
15,150 14,530 14,320 15,460 15,010 595
-
-
12,840 515 11,770 564
L80
14,400 14,000 13,730 14,720 15,610 565
-
-
10,810 538
9,910 510
T95
15,150 14,530 14,320 15,460 16,630 595
-
-
12,840 515 11,770 564
L80 1Cr 14,400 14,000 13,730 14,720 15,610 565
-
-
10,810 538
9,910 510
T95 HC 15,950 14,530 14,320 15,460 16,630 595
-
-
12,840 515 11,770 564
L80 HC 15,750 14,000 13,730 14,720 15,610 565
-
-
10,810 538
9,910 510
T95 E
15,150 15,300 15,070 16,270 16,630 626
-
-
13,520 515 12,390 564
L80 IRP 14,400 14,000 13,730 14,720 15,610 565
-
-
10,810 538
9,910 510
T95 HCE 15,950 15,300 15,070 16,270 16,630 626
-
-
13,520 515 12,390 564
L80 HCE 15,750 15,310 15,020 16,100 15,610 619
-
-
11,830 538 10,840 510
P110
17,550 16,820 16,580 17,900 19,920 689
-
-
14,870 613 13,630 671
C90
16,200 15,750 15,450 16,560 18,220 636
-
-
12,170 567 11,150 537
P110 RY 17,550 16,820 16,580 17,900 19,920 689
-
-
14,870 613 13,630 671
R95
17,100 16,630 16,300 17,480 17,360 672
-
-
12,840 595 11,770 564
P110 MS 17,550 16,820 16,580 17,900 19,920 689
-
-
14,870 613 13,630 671
T95
17,100 16,630 16,300 17,480 19,250 672
-
-
12,840 595 11,770 564
P110 EC 19,940 19,120 18,840 20,340 21,650 783
-
-
15,990 662 15,490 725
T95 HC 18,470 16,630 16,300 17,480 19,250 672
-
-
12,840 595 11,770 564
P110 HCE 20,100 19,120 18,840 20,340 21,650 783
-
-
15,990 662 15,490 725
T95 E
17,100 17,500 17,160 18,400 19,250 707
-
-
13,520 595 12,390 564
C110
17,550 16,820 16,580 17,900 18,330 689
-
-
14,870 564 13,630 617
T95 HCE 18,470 17,500 17,160 18,400 19,250 707
-
-
13,520 595 12,390 564
Q125
19,940 19,120 18,840 20,340 21,650 783
-
-
15,990 662 15,490 725
P110
19,800 19,250 18,880 20,240 23,050 778
-
-
14,870 708 13,630 671
Q125 HC 21,540 19,120 18,840 20,340 21,650 783
-
-
15,990 662 15,490 725
P110 RY 19,800 19,250 18,880 20,240 23,050 778
-
-
14,870 708 13,630 671
Q125 HCE 21,540 20,650 20,340 21,970 22,590 846
-
-
15,990 686 16,730 752
P110 MS 19,800 19,250 18,880 20,240 23,050 778
-
-
14,870 708 13,630 671
N80
13,830 13,380 13,150 14,130 12,870 543
-
-
10,810 540
9,910 537
P110 EC 22,500 21,880 21,450 23,000 25,050 884
-
-
15,990 765 15,490 725
L80
13,830 13,380 13,150 14,130 14,870 543
-
-
10,810 513
9,910 510
P110 HCE 23,140 21,880 21,450 23,000 25,050 884
-
-
15,990 765 15,490 725
L80 1Cr 13,830 13,380 13,150 14,130 14,870 543
-
-
10,810 513
9,910 510
C110
19,800 19,250 18,880 20,240 21,210 778
-
-
14,870 652 13,630 617
L80 HC 15,130 13,380 13,150 14,130 14,870 543
-
-
10,810 513
9,910 510
Q125
22,500 21,880 21,450 23,000 25,050 884
-
-
15,990 765 15,490 725
L80 IRP 13,830 13,380 13,150 14,130 14,870 543
-
-
10,810 513
9,910 510
Q125 HC 24,300 21,880 21,450 23,000 25,050 884
-
-
15,990 765 15,490 725
L80 HCE 15,130 14,640 14,380 15,460 14,870 594
-
-
11,830 513 10,840 510
Q125 HCE 24,300 23,630 23,170 24,840 26,140 954
-
-
15,990 793 16,730 752
C90
15,560 15,060 14,790 15,900 17,350 611
-
-
12,170 540 11,150 537
R95
16,430 15,890 15,610 16,780 16,530 645
-
-
12,840 567 11,770 564
Abbreviated Terms
SC
LC
ALT.
alternative drift
IP
internal pressure
T95
16,430 15,890 15,610 16,780 18,330 645
-
-
12,840 567 11,770 564
5
24.10 24.05 0.500 7.069 3.875
N/A
5 1/2 15.50 15.36 0.275 4.514 4.825
N/A
5 1/2 17.00 16.89 0.304 4.962 4.767
N/A
Abbreviated Terms
SC
LC
ALT.
alternative drift
IP
internal pressure
J55
4,040 4,810 4,790 5,300 4,840
248 4,810
202
4,810 217
4,810 300
K55
4,040 4,810 4,790 5,300 6,130
248 4,810
222
4,810 239
4,810 366
J55
4,910 5,320 5,290 5,830 5,370
273 5,320
229
5,320 247
5,320 329
OD
Weight
T&C
(in)
Wall
Area
PE
(lb/ft)
(in)
(in2)
Pipe Body
Drift
API
ALT.
(in)
(in)
5 1/2 17.00 16.89 0.304 4.962 4.767
N/A
Grade
Connections
Collapse
IP
IP
IP
IP
rupture)
(psi)
(psi)
(psi)
(psi)
(psi)
PBYS
(kips)
8rd SC
OD
8rd LC
Weight
Wall
Area
Pipe Body
Drift
BC
IP
Jt.
Strength
IP
Jt.
Strength
IP
Jt.
Strength
(psi)
(kips)
(psi)
(kips)
(psi)
(kips)
T&C
(in)
PE
(lb/ft)
(in)
(in2)
API
ALT.
(in)
(in)
(psi)
(psi)
(psi)
(kips)
8rd LC
BC
IP
Jt.
Strength
IP
Jt.
Strength
IP
Jt.
Strength
(psi)
(kips)
(psi)
(kips)
(psi)
(kips)
4,910 5,320 5,290 5,830 6,800
273 5,320
252
5,320 272
5,320 402
P110 EC 12,090 14,360 14,240 15,590 15,950 729
-
-
13,160 592 14,050 728
N80
6,290 7,740 7,690 8,480 7,250
397 7,740
323
7,740 348
7,740 446
P110 HCE 12,440 14,360 14,240 15,590 15,950 729
-
-
13,160 592 14,050 728
L80
6,290 7,740 7,690 8,480 8,320
397 7,740
317
7,740 338
7,740 428
C110
11,110 12,640 12,530 13,720 13,500 641
-
-
12,640 504 12,360 624
L80 1Cr 6,290 7,740 7,690 8,480 8,320
397 7,740
317
7,740 338
7,740 428
Q125
12,090 14,360 14,240 15,590 15,950 729
-
-
13,160 592 14,050 728
L80 HC
6,630 7,740 7,690 8,480 8,320
397 7,740
317
7,740 338
7,740 428
Q125 HC 13,320 14,360 14,240 15,590 15,950 729
-
-
13,160 592 14,050 728
L80 IRP 6,290 7,740 7,690 8,480 8,320
397 7,740
317
7,740 338
7,740 428
Q125 HCE 13,320 15,510 15,380 16,840 16,640 787
-
-
13,160 614 15,180 761
L80 HCE 6,630 8,460 8,410 9,280 8,320
434 8,460
337
8,460 338
8,460 436
N80
11,160 10,560 10,450 11,370 10,030 530
-
-
9,870 502
8,990 580
C90
6,730 8,710 8,650 9,540 9,680
447 8,710
349
8,710 356
8,710 456
L80
11,160 10,560 10,450 11,370 11,550 530
-
-
9,870 489
8,990 551
R95
6,940 9,190 9,130 10,070 9,260
471 9,190
368
9,190 374
9,190 480
L80 1Cr 11,160 10,560 10,450 11,370 11,550 530
-
-
9,870 489
8,990 551
T95
6,940 9,190 9,130 10,070 10,230 471 9,190
368
9,190 374
9,190 480
L80 HC 12,210 10,560 10,450 11,370 11,550 530
-
-
9,870 489
8,990 551
T95 HC
8,470 9,190 9,130 10,070 10,230 471 9,190
368
9,190 374
9,190 480
L80 IRP 11,160 10,560 10,450 11,370 11,550 530
-
-
9,870 489
8,990 551
T95 E
6,940 9,670 9,620 10,600 10,230 496 9,670
374
9,670 374
9,670 485
L80 HCE 12,210 11,550 11,430 12,430 11,550 580
-
-
10,800 489
9,830 551
T95 HCE 8,470 9,670 9,620 10,600 10,230 496 9,670
374
9,670 374
9,670 485
C90
12,380 11,880 11,750 12,790 13,450 597
-
-
11,110 514 10,120 580
7,480 10,640 10,580 11,660 12,250 546 10,640 430 10,640 445 10,640 568
R95
12,930 12,540 12,410 13,500 12,840 630
-
-
11,730 540 10,680 609
P110 RY 7,480 10,640 10,580 11,660 12,250 546 10,640 430 10,640 445 10,640 568
T95
12,930 12,540 12,410 13,500 14,210 630
-
-
11,730 540 10,680 609
T95 HC 13,480 12,540 12,410 13,500 14,210 630
-
-
11,730 540 10,680 609
T95 E
12,930 13,200 13,060 14,210 14,210 663
-
-
12,340 540 11,240 609
P110 HCE 9,040 12,090 12,020 13,260 13,310 620 12,090 481 12,090 481 12,090 620
T95 HCE 13,480 13,200 13,060 14,210 14,210 663
-
-
12,340 540 11,240 609
Q125
P110
14,540 14,530 14,360 15,630 17,020 729
-
-
13,160 643 12,360 725
Q125 HC 9,110 12,090 12,020 13,260 13,310 620 12,090 481 12,090 481 12,090 620
P110 RY 14,540 14,530 14,360 15,630 17,020 729
-
-
13,160 643 12,360 725
Q125 HCE 9,110 13,060 12,980 14,320 13,890 670 13,060 498 13,060 498 13,060 648
P110 MS 14,540 14,530 14,360 15,630 17,020 729
-
-
13,160 643 12,360 725
N80
8,830 9,190 9,110 9,980 8,670
466
-
-
9,190 428
8,990 524
P110 EC 16,220 16,510 16,320 17,760 18,490 829
-
-
13,160 694 14,050 783
L80
8,830 9,190 9,110 9,980 9,970
466
-
-
9,190 416
8,990 503
P110 HCE 16,460 16,510 16,320 17,760 18,490 829
-
-
13,160 694 14,050 783
L80 1Cr 8,830 9,190 9,110 9,980 9,970
466
-
-
9,190 416
8,990 503
C110
14,540 14,530 14,360 15,630 15,660 729
-
-
13,160 592 12,360 667
L80 HC
9,850 9,190 9,110 9,980 9,970
466
-
-
9,190 416
8,990 503
Q125
16,060 16,510 16,320 17,760 18,490 829
-
-
13,160 694 14,050 783
L80 IRP 8,830 9,190 9,110 9,980 9,970
466
-
-
9,190 416
8,990 503
Q125 HC 17,610 16,510 16,320 17,760 18,490 829
-
-
13,160 694 14,050 783
L80 HCE 9,850 10,050 9,970 10,910 9,970
510
-
-
10,050 416
9,830 512
Q125 HCE 17,610 17,830 17,630 19,180 19,300 895
-
-
13,160 720 15,180 812
P110 EC 8,840 12,090 12,020 13,260 13,310 620 12,090 481 12,090 481 12,090 620
5 1/2 20.00 19.83 0.361 5.828 4.653
N/A
5 1/2 23.00 22.56 0.415 6.630 4.545
N/A
7,890 12,090 12,020 13,260 13,310 620 12,090 481 12,090 481 12,090 620
C90
9,630 10,340 10,250 11,230 11,600 525
-
-
10,340 438 10,120 536
N80
12,650 12,120 11,940 12,900 11,590 601
-
-
-
-
-
-
R95
10,020 10,910 10,820 11,850 11,080 554
-
-
10,910 460 10,680 563
L80
12,650 12,120 11,940 12,900 13,360 601
-
-
-
-
-
-
T95
10,020 10,910 10,820 11,850 12,250 554
-
-
10,910 460 10,680 563
L80 1Cr 12,650 12,120 11,940 12,900 13,360 601
-
-
-
-
-
-
T95 HC 11,130 10,910 10,820 11,850 12,250 554
-
-
10,910 460 10,680 563
L80 HC 13,830 12,120 11,940 12,900 13,360 601
-
-
-
-
-
-
T95 E
Abbreviated Terms
SC
LC
ALT.
alternative drift
IP
internal pressure
(psi)
8rd SC
K55
P110 MS 7,480 10,640 10,580 11,660 12,250 546 10,640 430 10,640 445 10,640 568
N/A
(psi)
PBYS
P110
5 1/2 20.00 19.83 0.361 5.828 4.653
Grade
Connections
Collapse
IP
IP
IP
IP
rupture)
5 1/2 26.00 25.56 0.476 7.513 4.423
N/A
10,020 11,490 11,390 12,470 12,250 583
-
-
11,490 460 11,240 569
L80 IRP 12,650 12,120 11,940 12,900 13,360 601
-
-
-
-
-
-
T95 HCE 11,130 11,490 11,390 12,470 12,250 583
-
-
11,490 460 11,240 569
L80 HCE 13,830 13,250 13,060 14,110 13,360 657
-
-
-
-
-
-
P110
11,110 12,640 12,530 13,720 14,680 641
-
-
12,640 548 12,360 667
C90
14,230 13,630 13,430 14,520 15,580 676
-
-
-
-
-
-
P110 RY 11,110 12,640 12,530 13,720 14,680 641
-
-
12,640 548 12,360 667
R95
15,020 14,390 14,180 15,320 14,860 714
-
-
-
-
-
-
P110 MS 11,110 12,640 12,530 13,720 14,680 641
-
-
12,640 548 12,360 667
T95
15,020 14,390 14,180 15,320 16,460 714
-
-
-
-
-
-
Abbreviated Terms
SC
LC
ALT.
alternative drift
IP
internal pressure
OD
Weight
T&C
(in)
Wall
Area
PE
(lb/ft)
(in)
(in2)
Pipe Body
Drift
API
ALT.
(in)
(in)
5 1/2 26.00 25.56 0.476 7.513 4.423
5 1/2 26.80 26.73 0.500 7.854 4.375
5 1/2 29.70 29.67 0.562 8.718 4.251
Abbreviated Terms
SC
LC
ALT.
alternative drift
IP
internal pressure
N/A
N/A
N/A
Grade
Connections
Collapse
IP
IP
IP
IP
rupture)
PBYS
8rd SC
OD
8rd LC
IP
Jt.
Strength
IP
Jt.
Strength
IP
Jt.
Strength
(psi)
(kips)
(psi)
(kips)
(psi)
(kips)
T95 HC 15,810 14,390 14,180 15,320 16,460 714
-
-
-
-
-
-
T95 E
15,020 15,150 14,930 16,130 16,460 751
-
-
-
-
-
T95 HCE 15,810 15,150 14,930 16,130 16,460 751
-
-
-
-
P110
(psi)
(psi)
(psi)
(psi)
(psi)
(kips)
Weight
Wall
Area
Pipe Body
Drift
BC
T&C
PE
API
ALT.
(in)
(in)
Grade
Connections
Collapse
IP
IP
IP
IP
rupture)
PBYS
8rd SC
8rd LC
BC
IP
Jt.
Strength
IP
Jt.
Strength
IP
Jt.
Strength
(psi)
(kips)
(psi)
(kips)
(psi)
(kips)
L80 HC 16,050 14,310 14,020 15,010 15,970 697
-
-
-
-
-
-
-
L80 IRP 14,680 14,310 14,020 15,010 15,970 697
-
-
-
-
-
-
-
-
L80 HCE 16,050 15,650 15,330 16,420 15,970 763
-
-
-
-
-
-
(in)
(lb/ft)
(in)
(in2)
(psi)
(psi)
(psi)
(psi)
(psi)
(kips)
17,390 16,660 16,420 17,740 19,710 826
-
-
-
-
-
-
C90
16,510 16,090 15,770 16,890 18,650 785
-
-
-
-
-
-
P110 RY 17,390 16,660 16,420 17,740 19,710 826
-
-
-
-
-
-
R95
17,430 16,990 16,640 17,820 17,770 828
-
-
-
-
-
-
P110 MS 17,390 16,660 16,420 17,740 19,710 826
-
-
-
-
-
-
T95
17,430 16,990 16,640 17,820 19,710 828
-
-
-
-
-
-
P110 EC 19,760 18,930 18,660 20,160 21,420 939
-
-
-
-
-
-
T95 HC 18,920 16,990 16,640 17,820 19,710 828
-
-
-
-
-
-
P110 HCE 20,160 18,930 18,660 20,160 21,420 939
-
-
-
-
-
-
T95 E
C110
17,390 16,660 16,420 17,740 18,140 826
-
-
-
-
-
-
Q125
19,760 18,930 18,660 20,160 21,420 939
-
-
-
-
-
Q125 HC 21,340 18,930 18,660 20,160 21,420 939
-
-
-
-
Q125 HCE 21,340 20,450 20,150 21,770 22,350 1,014
-
-
-
N80
13,220 12,730 12,520 13,500 12,200 628
-
-
-
L80
13,220 12,730 12,520 13,500 14,080 628
-
-
L80 1Cr 13,220 12,730 12,520 13,500 14,080 628
-
L80 HC 14,460 12,730 12,520 13,500 14,080 628
L80 IRP 13,220 12,730 12,520 13,500 14,080 628
17,430 17,880 17,520 18,760 19,710 872
-
-
-
-
-
-
T95 HCE 18,920 17,880 17,520 18,760 19,710 872
-
-
-
-
-
-
-
P110
20,180 19,670 19,270 20,640 23,600 959
-
-
-
-
-
-
-
-
P110 RY 20,180 19,670 19,270 20,640 23,600 959
-
-
-
-
-
-
-
-
-
P110 MS 20,180 19,670 19,270 20,640 23,600 959
-
-
-
-
-
-
-
-
-
P110 EC 22,940 22,350 21,900 23,450 25,650 1,090
-
-
-
-
-
-
-
-
-
-
P110 HCE 23,340 22,350 21,900 23,450 25,650 1,090
-
-
-
-
-
-
-
-
-
-
-
C110
20,180 19,670 19,270 20,640 21,720 959
-
-
-
-
-
-
-
-
-
-
-
-
Q125
22,940 22,350 21,900 23,450 25,650 1,090
-
-
-
-
-
-
-
-
-
-
-
-
Q125 HC 25,260 22,350 21,900 23,450 25,650 1,090
-
-
-
-
-
-
L80 HCE 14,460 13,920 13,700 14,760 14,080 687
-
-
-
-
-
-
Q125 HCE 25,260 24,140 23,650 25,330 26,760 1,177
-
-
-
-
-
-
C90
14,880 14,320 14,090 15,190 16,430 707
-
-
-
-
-
-
N80
16,120 15,910 15,510 16,510 15,490 766
-
-
-
-
-
-
R95
15,700 15,110 14,870 16,030 15,660 746
-
-
-
-
-
-
L80
16,120 15,910 15,510 16,510 17,930 766
-
-
-
-
-
-
T95
15,700 15,110 14,870 16,030 17,360 746
-
-
-
-
-
-
L80 1Cr 16,120 15,910 15,510 16,510 17,930 766
-
-
-
-
-
-
T95 HC 16,600 15,110 14,870 16,030 17,360 746
-
-
-
-
-
-
L80 HC 18,340 15,910 15,510 16,510 17,930 766
-
-
-
-
-
-
T95 E
15,700 15,910 15,650 16,870 17,360 785
-
-
-
-
-
-
L80 IRP 16,120 15,910 15,510 16,510 17,930 766
-
-
-
-
-
-
T95 HCE 16,600 15,910 15,650 16,870 17,360 785
-
-
-
-
-
-
L80 HCE 18,340 17,400 16,970 18,060 17,930 838
-
-
-
-
-
-
P110
18,180 17,500 17,220 18,560 20,790 864
-
-
-
-
-
-
C90
18,130 17,900 17,450 18,570 20,960 861
-
-
-
-
-
-
P110 RY 18,180 17,500 17,220 18,560 20,790 864
-
-
-
-
-
-
R95
19,140 18,890 18,420 19,610 19,940 909
-
-
-
-
-
-
P110 MS 18,180 17,500 17,220 18,560 20,790 864
-
-
-
-
-
-
T95
19,140 18,890 18,420 19,610 22,140 909
-
-
-
-
-
-
P110 EC 20,660 19,890 19,570 21,090 22,590 982
-
-
-
-
-
-
T95 HC 21,270 18,890 18,420 19,610 22,140 909
-
-
-
-
-
-
P110 HCE 21,060 19,890 19,570 21,090 22,590 982
-
-
-
-
-
-
T95 E
19,140 19,890 19,390 20,640 22,140 957
-
-
-
-
-
-
C110
18,180 17,500 17,220 18,560 19,130 864
-
-
-
-
-
-
T95 HCE 21,270 19,890 19,390 20,640 22,140 957
-
-
-
-
-
-
Q125
20,660 19,890 19,570 21,090 22,590 982
-
-
-
-
-
-
P110
22,160 21,880 21,330 22,700 26,520 1,053
-
-
-
-
-
-
Q125 HC 22,310 19,890 19,570 21,090 22,590 982
-
-
-
-
-
-
P110 MS 22,160 21,880 21,330 22,700 26,520 1,053
-
-
-
-
-
Q125 HCE 22,310 21,480 21,130 22,780 23,570 1,060
-
-
-
-
-
-
P110 EC 25,180 24,860 24,240 25,800 28,820 1,197
-
-
-
-
-
-
N80
14,680 14,310 14,020 15,010 13,820 697
-
-
-
-
-
-
P110 HCE 25,580 24,860 24,240 25,800 28,820 1,197
-
-
-
-
-
-
L80
14,680 14,310 14,020 15,010 15,970 697
-
-
-
-
-
-
C110
22,160 21,880 21,330 22,700 24,400 1,053
-
-
-
-
-
-
L80 1Cr 14,680 14,310 14,020 15,010 15,970 697
-
-
-
-
-
-
Q125
25,180 24,860 24,240 25,800 28,820 1,197
-
-
-
-
-
-
5 1/2 29.70 29.67 0.562 8.718 4.251
5 1/2 32.60 32.57 0.625 9.572 4.125
Abbreviated Terms
SC
LC
ALT.
alternative drift
IP
internal pressure
N/A
N/A
OD
Weight
T&C
(in)
Wall
Area
PE
(lb/ft)
(in)
(in2)
Pipe Body
Drift
API
ALT.
(in)
(in)
5 1/2 32.60 32.57 0.625 9.572 4.125
5 1/2 35.70 35.35 0.687 10.388 4.001
6 5/8 24.00 23.60 0.352 6.937 5.796
Abbreviated Terms
SC
LC
ALT.
alternative drift
IP
internal pressure
N/A
N/A
N/A
Grade
Connections
Collapse
IP
IP
IP
IP
rupture)
PBYS
8rd SC
OD
8rd LC
Weight
Wall
Area
Pipe Body
Drift
BC
T&C
PE
API
ALT.
(in)
(in)
Grade
Connections
Collapse
IP
IP
IP
IP
rupture)
PBYS
8rd SC
8rd LC
BC
IP
Jt.
Strength
IP
Jt.
Strength
IP
Jt.
Strength
(psi)
(kips)
(psi)
(kips)
(psi)
(kips)
Q125 HC 28,490 24,860 24,240 25,800 28,820 1,197
-
-
-
-
-
-
T95 HCE 7,850 9,300 9,250 10,210 9,810
Q125 HCE 28,490 26,850 26,180 27,860 30,070 1,292
-
-
-
-
-
-
P110
N80
17,490 17,490 16,960 17,950 17,160 831
-
-
-
-
-
-
P110 RY 6,730 10,230 10,170 11,230 11,750 763 10,230 592 10,230 641 10,230 786
L80
(psi)
(psi)
(psi)
(psi)
(psi)
(kips)
(in)
(lb/ft)
(in)
(in2)
(psi)
(psi)
(psi)
(psi)
(psi)
(kips)
IP
Jt.
Strength
IP
Jt.
Strength
IP
Jt.
Strength
(psi)
(kips)
(psi)
(kips)
(psi)
(kips)
694 9,300
526
9,300 546
9,300 674
6,730 10,230 10,170 11,230 11,750 763 10,230 592 10,230 641 10,230 786
17,490 17,490 16,960 17,950 19,890 831
-
-
-
-
-
-
L80 1Cr 17,490 17,490 16,960 17,950 19,890 831
-
-
-
-
-
-
P110 MS 6,730 10,230 10,170 11,230 11,750 763 10,230 592 10,230 641 10,230 786
L80 HC 20,320 17,490 16,960 17,950 19,890 831
-
-
-
-
-
-
P110 HCE 7,980 11,620 11,560 12,770 12,770 867 11,620 662 11,620 702 11,620 860
L80 IRP 17,490 17,490 16,960 17,950 19,890 831
-
-
-
-
-
-
C110
6,730 10,230 10,170 11,230 10,810 763 10,230 577 10,230 598 10,230 739
L80 HCE 20,320 19,130 18,550 19,630 19,890 909
-
-
-
-
-
-
Q125
7,020 11,620 11,560 12,770 12,770 867 11,620 662 11,620 702 11,620 860
C90
19,680 19,670 19,080 20,190 23,280 935
-
-
-
-
-
-
Q125 HC 8,850 11,620 11,560 12,770 12,770 867 11,620 662 11,620 702 11,620 860
R95
20,770 20,770 20,140 21,320 22,120 987
-
-
-
-
-
-
Q125 HCE 8,850 12,550 12,480 13,790 13,330 936 11,820 707 11,820 728 12,550 901
T95
20,770 20,770 20,140 21,320 24,590 987
-
-
-
-
-
-
T95 HC 23,580 20,770 20,140 21,320 24,590 987
-
-
-
-
-
-
T95 E
20,770 21,860 21,200 22,440 24,590 1,039
-
-
-
-
-
-
T95 HCE 23,580 21,860 21,200 22,440 24,590 1,039
-
-
-
-
-
P110
24,050 24,050 23,320 24,680 29,460 1,143
-
-
-
-
P110 RY 24,050 24,050 23,320 24,680 29,460 1,143
-
-
-
P110 MS 24,050 24,050 23,320 24,680 29,460 1,143
-
-
-
P110 EC 27,330 27,320 26,500 28,050 32,010 1,298
-
-
P110 HCE 27,730 27,320 26,500 28,050 32,010 1,298
-
C110
24,050 24,050 23,320 24,680 27,100 1,143
Q125
27,330 27,320 26,500 28,050 32,010 1,298
6 5/8 24.00 23.60 0.352 6.937 5.796
N/A
P110 EC 7,580 11,620 11,560 12,770 12,770 867 11,620 662 11,620 702 11,620 860
J55
6,170 6,060 6,010 6,600 6,150
447
-
-
6,060 415
6,060 531
K55
6,170 6,060 6,010 6,600 7,790
447
-
-
6,060 454
6,060 643
N80
8,170 8,810 8,740 9,590 8,300
651
-
-
8,810 586
8,810 721
-
L80
8,170 8,810 8,740 9,590 9,540
651
-
-
8,810 576
8,810 693
-
-
L80 1Cr 8,170 8,810 8,740 9,590 9,540
651
-
-
8,810 576
8,810 693
-
-
-
L80 HC
9,260 8,810 8,740 9,590 9,540
651
-
-
8,810 576
8,810 693
-
-
-
L80 IRP 8,170 8,810 8,740 9,590 9,540
651
-
-
8,810 576
8,810 693
-
-
-
-
L80 HCE 9,260 9,640 9,560 10,490 9,540
712
-
-
9,640 602
9,640 709
-
-
-
-
-
C90
8,880 9,910 9,840 10,790 11,100 732
-
-
9,910 633
9,910 742
-
-
-
-
-
-
R95
9,220 10,460 10,380 11,390 10,610 773
-
-
10,460 665 10,460 780
-
-
-
-
-
-
T95
9,220 10,460 10,380 11,390 11,720 773
-
-
10,460 665 10,460 780
Q125 HC 31,650 27,320 26,500 28,050 32,010 1,298
-
-
-
-
-
-
T95 HC 10,490 10,460 10,380 11,390 11,720 773
-
-
10,460 665 10,460 780
Q125 HCE 31,650 29,510 28,620 30,290 33,400 1,402
-
-
-
-
-
-
T95 E
9,220 11,020 10,930 11,990 11,720 813
-
-
11,020 665 11,020 790
6 5/8 28.00 27.67 0.417 8.133 5.666
N/A
J55
4,560 5,110 5,090 5,620 5,160
382 5,110
314
5,110 340
5,110 453
T95 HCE 10,490 11,020 10,930 11,990 11,720 813
-
-
11,020 665 11,020 790
K55
4,560 5,110 5,090 5,620 6,530
382 5,110
342
5,110 372
5,110 548
P110
10,160 12,120 12,020 13,190 14,040 895
-
-
11,820 781 12,120 922
N80
5,760 7,440 7,400 8,170 6,960
555 7,440
443
7,440 481
7,440 615
P110 RY 10,160 12,120 12,020 13,190 14,040 895
-
-
11,820 781 12,120 922
L80
5,760 7,440 7,400 8,170 7,990
555 7,440
436
7,440 473
7,440 592
P110 MS 10,160 12,120 12,020 13,190 14,040 895
-
-
11,820 781 12,120 922
L80 1Cr 5,760 7,440 7,400 8,170 7,990
555 7,440
436
7,440 473
7,440 592
P110 EC 11,000 13,770 13,660 14,990 15,260 1,017
-
-
11,820 855 13,770 1,008
L80 HC
7,170 7,440 7,400 8,170 7,990
555 7,440
436
7,440 473
7,440 592
P110 HCE 11,400 13,770 13,660 14,990 15,260 1,017
-
-
11,820 855 13,770 1,008
L80 IRP 5,760 7,440 7,400 8,170 7,990
555 7,440
436
7,440 473
7,440 592
C110
10,160 12,120 12,020 13,190 12,920 895
-
-
11,820 728 12,120 866
L80 HCE 7,170 8,140 8,090 8,940 7,990
607 8,140
464
8,140 494
8,140 604
Q125
11,000 13,770 13,660 14,990 15,260 1,017
-
-
11,820 855 13,770 1,008
C90
6,140 8,370 8,320 9,190 9,290
624 8,370
481
8,370 520
8,370 633
Q125 HC 12,920 13,770 13,660 14,990 15,260 1,017
-
-
11,820 855 13,770 1,008
R95
6,310 8,830 8,780 9,700 8,880
659 8,830
507
8,830 546
8,830 665
Q125 HCE 12,920 14,870 14,760 16,190 15,920 1,098
-
-
11,820 887 14,780 1,057
T95
6,310 8,830 8,780 9,700 9,810
659 8,830
507
8,830 546
8,830 665
N80
10,320 10,040 9,940 10,840 9,500
734
-
-
10,040 678
9,810 814
L80
10,320 10,040 9,940 10,840 10,940 734
-
-
10,040 666
9,810 783
L80 1Cr 10,320 10,040 9,940 10,840 10,940 734
-
-
10,040 666
9,810 783
T95 HC
7,850 8,830 8,780 9,700 9,810
659 8,830
507
8,830 546
8,830 665
T95 E
6,310 9,300 9,250 10,210 9,810
694 9,300
526
9,300 546
9,300 674
6 5/8 32.00 31.23 0.475 9.177 5.550
Abbreviated Terms
SC
LC
ALT.
alternative drift
IP
internal pressure
N/A
OD
Weight
T&C
(in)
Wall
Area
PE
(lb/ft)
(in)
(in2)
Pipe Body
Drift
API
ALT.
(in)
(in)
6 5/8 32.00 31.23 0.475 9.177 5.550
6 5/8 35.00 34.23 0.525 10.061 5.450
Abbreviated Terms
SC
LC
ALT.
alternative drift
IP
internal pressure
N/A
N/A
Grade
Connections
Collapse
IP
IP
IP
IP
rupture)
PBYS
8rd SC
OD
8rd LC
IP
Jt.
Strength
IP
Jt.
Strength
IP
Jt.
Strength
(psi)
(kips)
(psi)
(kips)
(psi)
(kips)
L80 HC 11,080 10,040 9,940 10,840 10,940 734
-
-
10,040 666
9,810 783
L80 IRP 10,320 10,040 9,940 10,840 10,940 734
-
-
10,040 666
9,810 783
L80 HCE 11,080 10,980 10,870 11,860 10,940 803
-
-
10,980 696 10,730 800
C90
11,330 11,290 11,180 12,190 12,740 826
-
-
11,290 732 11,040 837
R95
11,820 11,920 11,800 12,870 12,160 872
-
-
11,820 769 11,660 880
T95
11,820 11,920 11,800 12,870 13,460 872
-
-
T95 HC 12,520 11,920 11,800 12,870 13,460 872
-
T95 E
(psi)
(psi)
(psi)
(psi)
(psi)
(kips)
Weight
Wall
Area
Pipe Body
Drift
BC
T&C
(in)
PE
(lb/ft)
(in)
(in2)
API
ALT.
(in)
(in)
Grade
N/A
PBYS
8rd SC
8rd LC
BC
IP
Jt.
Strength
IP
Jt.
Strength
IP
Jt.
Strength
(psi)
(kips)
(psi)
(kips)
(psi)
(kips)
17,600 17,330 17,120 18,590 19,490 1,258
-
-
-
-
-
-
Q125 HC 18,700 17,330 17,120 18,590 19,490 1,258
-
-
-
-
-
-
Q125 HCE 18,700 18,720 18,490 20,070 20,340 1,358
-
-
-
-
-
-
(psi)
Q125
6 5/8 35.00 34.23 0.525 10.061 5.450
Connections
Collapse
IP
IP
IP
IP
rupture)
(psi)
(psi)
(psi)
(psi)
(kips)
J55
2,270 3,740 3,730 4,160 3,740
316 3,740
234
-
-
-
-
K55
2,270 3,740 3,730 4,160 4,730
316 3,740
254
-
-
-
-
11,820 769 11,660 880
J55
3,270 4,360 4,340 4,820 4,370
366 4,360
284
4,360 313
4,360 432
-
11,820 769 11,660 880
K55
3,270 4,360 4,340 4,820 5,540
366 4,360
309
4,360 341
4,360 522
7
20.00 19.56 0.272 5.749 6.331
N/A
11,820 12,550 12,420 13,550 13,460 918
-
-
11,820 769 12,270 891
N80
3,830 6,340 6,310 7,010 5,900
532 6,340
402
6,340 442
6,340 588
T95 HCE 12,520 12,550 12,420 13,550 13,460 918
-
-
11,820 769 12,270 891
L80
3,830 6,340 6,310 7,010 6,770
532 6,340
396
6,340 435
6,340 565
P110
13,230 13,800 13,660 14,900 16,120 1,010
-
-
11,820 904 13,500 1,040
L80 1Cr 3,830 6,340 6,310 7,010 6,770
532 6,340
396
6,340 435
6,340 565
P110 RY 13,230 13,800 13,660 14,900 16,120 1,010
-
-
11,820 904 13,500 1,040
L80 HC
3,920 6,340 6,310 7,010 6,770
532 6,340
396
6,340 435
6,340 565
P110 MS 13,230 13,800 13,660 14,900 16,120 1,010
-
-
11,820 904 13,500 1,040
L80 IRP 3,830 6,340 6,310 7,010 6,770
532 6,340
396
6,340 435
6,340 565
P110 EC 14,540 15,680 15,530 16,940 17,520 1,147
-
-
11,820 989 14,780 1,138
L80 HCE 3,920 6,930 6,910 7,670 6,770
582 6,930
422
6,930 461
6,930 578
P110 HCE 14,940 15,680 15,530 16,940 17,520 1,147
-
-
11,820 989 14,780 1,138
C90
4,030 7,130 7,100 7,890 7,860
599 7,130
437
7,130 479
7,130 605
C110
13,230 13,800 13,660 14,900 14,830 1,010
-
-
11,820 842 13,500 977
R95
4,150 7,530 7,500 8,330 7,530
632 7,530
460
7,530 505
7,530 636
Q125
T95
4,150 7,530 7,500 8,330 8,310
632 7,530
460
7,530 505
7,530 636
5,440 7,530 7,500 8,330 8,310
632 7,530
460
7,530 505
7,530 636
4,150 7,930 7,890 8,770 8,310
666 7,930
477
7,930 509
7,930 645
14,540 15,680 15,530 16,940 17,520 1,147
-
-
11,820 989 14,780 1,138
Q125 HC 15,800 15,680 15,530 16,940 17,520 1,147
-
-
11,820 989 14,780 1,138
Q125 HCE 15,800 16,940 16,770 18,290 18,280 1,239
-
-
11,820 1,025 14,780 1,192
N80
11,670 11,090 10,960 11,900 10,560 805
-
-
-
-
-
-
T95 HCE 5,440 7,930 7,890 8,770 8,310
666 7,930
477
7,930 509
7,930 645
L80
7
23.00 22.65 0.317 6.655 6.241 6.250 T95 HC
T95 E
11,670 11,090 10,960 11,900 12,160 805
-
-
-
-
-
-
P110
4,440 8,720 8,680 9,640 9,950
732 8,720
537
8,720 590
8,720 752
L80 1Cr 11,670 11,090 10,960 11,900 12,160 805
-
-
-
-
-
-
P110 RY 4,440 8,720 8,680 9,640 9,950
732 8,720
537
8,720 590
8,720 752
L80 HC 12,770 11,090 10,960 11,900 12,160 805
-
-
-
-
-
-
P110 MS 4,440 8,720 8,680 9,640 9,950
732 8,720
537
8,720 590
8,720 752
L80 IRP 11,670 11,090 10,960 11,900 12,160 805
-
-
-
-
-
-
P110 EC 5,690 9,910 9,870 10,960 10,810 832 9,520
601
9,520 655
9,910 823
L80 HCE 12,770 12,130 11,990 13,010 12,160 880
-
-
-
-
-
-
P110 HCE 5,690 9,910 9,870 10,960 10,810 832 9,520
601
9,520 655
9,910 823
C90
13,130 12,480 12,330 13,380 14,170 905
-
-
-
-
-
-
C110
4,440 8,720 8,680 9,640 9,150
732 8,720
524
8,720 558
8,720 707
R95
13,860 13,170 13,010 14,130 13,530 956
-
-
-
-
-
-
Q125
4,650 9,910 9,870 10,960 10,810 832 9,520
601
9,520 655
9,910 823
T95
13,860 13,170 13,010 14,130 14,970 956
-
-
-
-
-
-
Q125 HC 5,760 9,910 9,870 10,960 10,810 832 9,520
601
9,520 655
9,910 823
T95 HC 14,590 13,170 13,010 14,130 14,970 956
-
-
-
-
-
-
Q125 HCE 5,760 10,700 10,660 11,840 11,280 898 9,520
642
9,520 679 10,700 863
T95 E
13,860 13,870 13,700 14,870 14,970 1,006
-
-
-
-
-
-
J55
4,330 4,980 4,950 5,470 5,010
415 4,980
334
4,980 367
4,980 490
T95 HCE 14,590 13,870 13,700 14,870 14,970 1,006
-
-
-
-
-
-
K55
4,330 4,980 4,950 5,470 6,350
415 4,980
364
4,980 401
4,980 592
P110
15,870 15,250 15,070 16,360 17,930 1,107
-
-
-
-
-
-
N80
5,410 7,240 7,200 7,960 6,770
604 7,240
472
7,240 519
7,240 667
P110 RY 15,870 15,250 15,070 16,360 17,930 1,107
-
-
-
-
-
-
L80
P110 MS 15,870 15,250 15,070 16,360 17,930 1,107
-
-
-
-
-
-
P110 EC 17,600 17,330 17,120 18,590 19,490 1,258
-
-
-
-
-
P110 HCE 17,600 17,330 17,120 18,590 19,490 1,258
-
-
-
-
C110
-
-
-
-
15,870 15,250 15,070 16,360 16,500 1,107
5,410 7,240 7,200 7,960 7,770
604 7,240
465
7,240 511
7,240 641
L80 1Cr 5,410 7,240 7,200 7,960 7,770
604 7,240
465
7,240 511
7,240 641
-
L80 HC
5,520 7,240 7,200 7,960 7,770
604 7,240
465
7,240 511
7,240 641
-
-
L80 IRP 5,410 7,240 7,200 7,960 7,770
604 7,240
465
7,240 511
7,240 641
-
-
L80 HCE 5,520 7,920 7,880 8,710 7,770
661 7,920
495
7,920 541
7,920 656
7
26.00 25.69 0.362 7.549 6.151
Abbreviated Terms
SC
LC
ALT.
alternative drift
IP
internal pressure
N/A
OD
Weight
T&C
(in)
Wall
Area
PE
(lb/ft)
(in)
(in2)
Pipe Body
Drift
API
ALT.
(in)
(in)
Grade
26.00 25.69 0.362 7.549 6.151
N/A
(psi)
(psi)
(psi)
(kips)
8rd SC
OD
8rd LC
Weight
Wall
Area
Pipe Body
Drift
BC
IP
Jt.
Strength
IP
Jt.
Strength
IP
Jt.
Strength
(psi)
(kips)
(psi)
(kips)
(psi)
(kips)
T&C
(in)
PE
(lb/ft)
(in)
(in2)
API
ALT.
(in)
(in)
Grade
Connections
Collapse
IP
IP
IP
IP
rupture)
(psi)
(psi)
(psi)
(psi)
(psi)
PBYS
8rd SC
8rd LC
BC
IP
Jt.
Strength
IP
Jt.
Strength
IP
Jt.
Strength
(kips)
(psi)
(kips)
(psi)
(kips)
(psi)
(kips)
C90
5,740 8,150 8,100 8,960 9,030
679 8,150
513
8,150 563
8,150 687
N80
8,610 9,060 8,990 9,850 8,540
745
-
-
9,060 672
8,460 823
R95
5,890 8,600 8,550 9,460 8,640
717 8,600
541
8,600 593
8,600 722
L80
8,610 9,060 8,990 9,850 9,820
745
-
-
9,060 661
8,460 791
T95
5,890 8,600 8,550 9,460 9,540
717 8,600
541
8,600 593
8,600 722
L80 1Cr 8,610 9,060 8,990 9,850 9,820
745
-
-
9,060 661
8,460 791
T95 HC
7,420 8,600 8,550 9,460 9,540
717 8,600
541
8,600 593
8,600 722
L80 HC
9,610 9,060 8,990 9,850 9,820
745
-
-
9,060 661
8,460 791
T95 E
5,890 9,050 9,000 9,950 9,540
755 9,050
561
9,050 598
9,050 732
L80 IRP 8,610 9,060 8,990 9,850 9,820
745
-
-
9,060 661
8,460 791
T95 HCE 7,420 9,050 9,000 9,950 9,540
755 9,050
561
9,050 598
9,050 732
L80 HCE 9,610 9,910 9,830 10,770 9,820
815
-
-
9,520 701
9,250 810
6,230 9,960 9,900 10,950 11,430 830 9,520
631
9,520 693
9,960 853
C90
9,370 10,190 10,110 11,080 11,430 839
-
-
9,520 729
9,510 847
P110 RY 6,230 9,960 9,900 10,950 11,430 830 9,520
631
9,520 693
9,960 853
R95
9,740 10,760 10,670 11,690 10,920 885
-
-
9,520 768 10,040 891
P110 MS 6,230 9,960 9,900 10,950 11,430 830 9,520
631
9,520 693
9,960 853
T95
9,740 10,760 10,670 11,690 12,070 885
-
-
9,520 768 10,040 891
P110 EC 8,030 11,310 11,250 12,440 12,420 944 9,520
707
9,520 769 11,310 934
T95 HC 10,910 10,760 10,670 11,690 12,070 885
-
-
9,520 768 10,040 891
P110 HCE 8,260 11,310 11,250 12,440 12,420 944 9,520
707
9,520 769 11,310 934
9,740 11,330 11,230 12,310 12,070 932
-
-
9,520 775 10,570 903
C110
6,230 9,960 9,900 10,950 10,510 830 9,520
616
9,520 655
T95 HCE 10,910 11,330 11,230 12,310 12,070 932
-
-
9,520 775 10,570 903
Q125
6,450 11,310 11,250 12,440 12,420 944 9,520
707
9,520 769 11,310 934
P110
10,780 12,460 12,360 13,540 14,460 1,025
-
-
9,520 897 11,630 1,053
Q125 HC 8,260 11,310 11,250 12,440 12,420 944 9,520
707
9,520 769 11,310 934
P110 RY 10,780 12,460 12,360 13,540 14,460 1,025
-
-
9,520 897 11,630 1,053
Q125 HCE 8,260 12,220 12,150 13,440 12,960 1,019 9,520
755
9,520 798 11,790 979
P110 MS 10,780 12,460 12,360 13,540 14,460 1,025
-
-
9,520 897 11,630 1,053
7
32.00 31.70 0.453 9.317 5.969 6.000 T95 E
9,960 802
N80
7,030 8,160 8,110 8,920 7,660
676
-
-
8,160 597
8,160 746
P110 EC 11,710 14,160 14,040 15,390 15,710 1,165
-
-
9,520 996 11,790 1,152
L80
7,030 8,160 8,110 8,920 8,800
676
-
-
8,160 587
8,160 718
P110 HCE 12,500 14,160 14,040 15,390 15,710 1,165
-
-
9,520 996 11,790 1,152
L80 1Cr 7,030 8,160 8,110 8,920 8,800
676
-
-
8,160 587
8,160 718
C110
10,780 12,460 12,360 13,540 13,300 1,025
-
-
9,520 848 11,630 990
L80 HC
8,140 8,160 8,110 8,920 8,800
676
-
-
8,160 587
8,160 718
Q125
11,710 14,160 14,040 15,390 15,710 1,165
-
-
9,520 996 11,790 1,152
L80 IRP 7,030 8,160 8,110 8,920 8,800
676
-
-
8,160 587
8,160 718
Q125 HC 12,620 14,160 14,040 15,390 15,710 1,165
-
-
9,520 996 11,790 1,152
L80 HCE 8,400 8,930 8,870 9,760 8,800
739
-
-
8,930 623
8,930 734
Q125 HCE 12,620 15,290 15,160 16,620 16,400 1,258
-
-
9,520 1,033 11,790 1,208
C90
7,580 9,180 9,120 10,040 10,230 760
-
-
9,180 648
9,180 768
N80
10,190 9,960 9,860 10,760 9,430
814
-
-
9,240 746
8,460 876
R95
7,840 9,690 9,630 10,590 9,780
803
-
-
9,520 683
9,690 808
L80
10,190 9,960 9,860 10,760 10,850 814
-
-
9,240 734
8,460 832
T95
7,840 9,690 9,630 10,590 10,810 803
-
-
9,520 683
9,690 808
L80 1Cr 10,190 9,960 9,860 10,760 10,850 814
-
-
9,240 734
8,460 832
9,300 9,690 9,630 10,590 10,810 803
-
-
9,520 683
9,690 808
L80 HC 11,330 9,960 9,860 10,760 10,850 814
-
-
9,240 734
8,460 832
7,840 10,200 10,130 11,150 10,810 845
-
-
9,520 688 10,200 819
L80 IRP 10,190 9,960 9,860 10,760 10,850 814
-
-
9,240 734
8,460 832
T95 HCE 9,300 10,200 10,130 11,150 10,810 845
-
-
9,520 688 10,200 819
L80 HCE 11,330 10,890 10,790 11,770 10,850 890
-
-
9,520 778
9,250 832
P110
C90
11,170 11,210 11,100 12,110 12,630 916
-
-
9,520 809
9,510 876
R95
11,650 11,830 11,710 12,780 12,060 966
-
-
9,520 853 10,040 920
T95
29.00 28.75 0.408 8.449 6.059 6.125 T95 E
Abbreviated Terms
SC
LC
ALT.
alternative drift
IP
internal pressure
(psi)
PBYS
T95 HC
7
Connections
Collapse
IP
IP
IP
IP
rupture)
(psi)
P110
7
8,530 11,220 11,150 12,270 12,950 929
-
-
9,520 797 11,220 955
P110 RY 8,530 11,220 11,150 12,270 12,950 929
-
-
9,520 797 11,220 955
P110 MS 8,530 11,220 11,150 12,270 12,950 929
-
-
9,520 797 11,220 955
11,650 11,830 11,710 12,780 13,350 966
-
-
9,520 853 10,040 920
P110 EC 9,580 12,750 12,670 13,940 14,070 1,056
-
-
9,520 885 11,790 1,045
T95 HC 12,390 11,830 11,710 12,780 13,350 966
-
-
9,520 853 10,040 920
P110 HCE 9,760 12,750 12,670 13,940 14,070 1,056
-
-
9,520 885 11,790 1,045
T95 E
11,650 12,450 12,330 13,450 13,350 1,017
-
-
9,520 860 10,570 920
C110
8,530 11,220 11,150 12,270 11,920 929
-
-
9,520 754 11,220 898
T95 HCE 12,390 12,450 12,330 13,450 13,350 1,017
-
-
9,520 860 10,570 920
Q125
9,110 12,750 12,670 13,940 14,070 1,056
-
-
9,520 885 11,790 1,045
P110
13,030 13,700 13,560 14,800 15,990 1,119
-
-
9,520 996 11,630 1,095
Q125 HC 9,760 12,750 12,670 13,940 14,070 1,056
-
-
9,520 885 11,790 1,045
P110 RY 13,030 13,700 13,560 14,800 15,990 1,119
-
-
9,520 996 11,630 1,095
Q125 HCE 9,760 13,770 13,680 15,050 14,690 1,141
-
-
9,520 918 11,790 1,096
P110 MS 13,030 13,700 13,560 14,800 15,990 1,119
-
-
9,520 996 11,630 1,095
7
35.00 34.61 0.498 10.172 5.879
Abbreviated Terms
SC
LC
ALT.
alternative drift
IP
internal pressure
N/A
OD
Weight
T&C
(in)
7
7
7
Wall
Area
PE
(lb/ft)
(in)
(in2)
Pipe Body
Drift
API
ALT.
(in)
(in)
35.00 34.61 0.498 10.172 5.879
38.00 37.29 0.540 10.959 5.795
41.00 40.43 0.590 11.881 5.695
Abbreviated Terms
SC
LC
ALT.
alternative drift
IP
internal pressure
N/A
N/A
N/A
Grade
Connections
Collapse
IP
IP
IP
IP
rupture)
PBYS
8rd SC
OD
8rd LC
IP
Jt.
Strength
IP
Jt.
Strength
IP
Jt.
Strength
(psi)
(kips)
(psi)
(kips)
(psi)
(kips)
P110 EC 14,310 15,560 15,410 16,810 17,370 1,272
-
-
9,520 1,106 11,790 1,183
P110 HCE 14,720 15,560 15,410 16,810 17,370 1,272
-
-
C110
13,030 13,700 13,560 14,800 14,710 1,119
-
Q125
(psi)
(psi)
(psi)
(psi)
(psi)
(kips)
Weight
Wall
Area
Pipe Body
Drift
BC
T&C
PE
API
ALT.
(in)
(in)
Grade
Connections
Collapse
IP
IP
IP
IP
rupture)
PBYS
8rd SC
8rd LC
BC
IP
Jt.
Strength
IP
Jt.
Strength
IP
Jt.
Strength
(psi)
(kips)
(psi)
(kips)
(psi)
(kips)
T95 HC 15,440 14,010 13,820 14,950 16,000 1,129
-
-
-
-
-
-
9,520 1,106 11,790 1,183
T95 E
14,660 14,750 14,550 15,740 16,000 1,188
-
-
-
-
-
-
-
9,520 942 11,630 1,008
T95 HCE 15,440 14,750 14,550 15,740 16,000 1,188
-
-
-
-
-
-
(in)
(lb/ft)
(in)
(in2)
(psi)
(psi)
(psi)
(psi)
(psi)
(kips)
14,320 15,560 15,410 16,810 17,370 1,272
-
-
9,520 1,106 11,790 1,183
P110
16,980 16,230 16,000 17,320 19,160 1,307
-
-
-
-
-
-
Q125 HC 15,500 15,560 15,410 16,810 17,370 1,272
-
-
9,520 1,106 11,790 1,183
P110 RY 16,980 16,230 16,000 17,320 19,160 1,307
-
-
-
-
-
-
Q125 HCE 15,500 16,810 16,640 18,160 18,130 1,373
-
-
9,520 1,147 11,790 1,227
P110 MS 16,980 16,230 16,000 17,320 19,160 1,307
-
-
-
-
-
-
N80
11,390 10,800 10,680 11,600 10,260 877
-
-
9,240 814
8,460 876
P110 EC 19,300 18,440 18,180 19,680 20,820 1,485
-
-
-
-
-
-
L80
7
41.00 40.43 0.590 11.881 5.695
N/A
11,390 10,800 10,680 11,600 11,820 877
-
-
9,240 801
8,460 832
P110 HCE 19,300 18,440 18,180 19,680 20,820 1,485
-
-
-
-
-
-
L80 1Cr 11,390 10,800 10,680 11,600 11,820 877
-
-
9,240 801
8,460 832
C110
16,980 16,230 16,000 17,320 17,630 1,307
-
-
-
-
-
-
L80 HC 13,090 10,800 10,680 11,600 11,820 877
-
-
9,240 801
8,460 832
Q125
19,300 18,440 18,180 19,680 20,820 1,485
-
-
-
-
-
-
L80 IRP 11,390 10,800 10,680 11,600 11,820 877
-
-
9,240 801
8,460 832
Q125 HC 20,840 18,440 18,180 19,680 20,820 1,485
-
-
-
-
-
-
L80 HCE 13,090 11,810 11,680 12,690 11,820 959
-
-
9,520 849
9,250 832
Q125 HCE 20,840 19,910 19,640 21,250 21,730 1,604
-
-
-
-
-
-
C90
12,810 12,150 12,010 13,050 13,770 986
-
-
9,520 883
9,510 876
N80
13,010 12,500 12,310 13,280 11,970 1,001
-
-
-
-
-
-
R95
13,430 12,830 12,680 13,780 13,140 1,041
-
-
9,520 931 10,040 920
L80
13,010 12,500 12,310 13,280 13,810 1,001
-
-
-
-
-
-
T95
13,430 12,830 12,680 13,780 14,550 1,041
-
-
9,520 931 10,040 920
L80 1Cr 13,010 12,500 12,310 13,280 13,810 1,001
-
-
-
-
-
-
T95 HC 13,700 12,830 12,680 13,780 14,550 1,041
-
-
9,520 931 10,040 920
L80 HC 14,230 12,500 12,310 13,280 13,810 1,001
-
-
-
-
-
-
T95 E
13,430 13,500 13,340 14,500 14,550 1,096
-
-
9,520 938 10,570 920
L80 IRP 13,010 12,500 12,310 13,280 13,810 1,001
-
-
-
-
-
-
T95 HCE 13,700 13,500 13,340 14,500 14,550 1,096
-
-
9,520 938 10,570 920
L80 HCE 14,230 13,670 13,460 14,520 13,810 1,095
-
-
-
-
-
-
P110
15,130 14,850 14,680 15,950 17,430 1,206
-
-
9,520 1,087 11,630 1,095
C90
14,640 14,060 13,850 14,940 16,110 1,127
-
-
-
-
-
-
P110 RY 15,130 14,850 14,680 15,950 17,430 1,206
-
-
9,520 1,087 11,630 1,095
R95
15,450 14,840 14,610 15,770 15,360 1,189
-
-
-
-
-
-
P110 MS 15,130 14,850 14,680 15,950 17,430 1,206
-
-
9,520 1,087 11,630 1,095
T95
15,450 14,840 14,610 15,770 17,020 1,189
-
-
-
-
-
-
T95 HC 16,260 14,840 14,610 15,770 17,020 1,189
-
-
-
-
-
-
7
42.70 42.59 0.625 12.517 5.625
N/A
P110 EC 16,740 16,880 16,680 18,130 18,940 1,370
-
-
9,520 1,207 11,790 1,183
P110 HCE 16,900 16,880 16,680 18,130 18,940 1,370
-
-
9,520 1,207 11,790 1,183
T95 E
15,450 15,630 15,380 16,600 17,020 1,252
-
-
-
-
-
-
C110
15,130 14,850 14,680 15,950 16,030 1,206
-
-
9,520 1,028 11,630 1,008
T95 HCE 16,260 15,630 15,380 16,600 17,020 1,252
-
-
-
-
-
-
Q125
16,740 16,880 16,680 18,130 18,940 1,370
-
-
9,520 1,207 11,790 1,183
P110
17,890 17,190 16,920 18,260 20,390 1,377
-
-
-
-
-
-
Q125 HC 17,770 16,880 16,680 18,130 18,940 1,370
-
-
9,520 1,207 11,790 1,183
P110 RY 17,890 17,190 16,920 18,260 20,390 1,377
-
-
-
-
-
-
Q125 HCE 17,770 18,230 18,010 19,580 19,760 1,479
-
-
9,520 1,251 11,790 1,227
P110 MS 17,890 17,190 16,920 18,260 20,390 1,377
-
-
-
-
-
-
N80
12,350 11,800 11,640 12,590 11,270 950
-
-
-
-
-
-
P110 EC 20,330 19,530 19,230 20,750 22,150 1,565
-
-
-
-
-
-
L80
12,350 11,800 11,640 12,590 12,990 950
-
-
-
-
-
-
P110 HCE 20,330 19,530 19,230 20,750 22,150 1,565
-
-
-
-
-
-
L80 1Cr 12,350 11,800 11,640 12,590 12,990 950
-
-
-
-
-
-
C110
17,890 17,190 16,920 18,260 18,760 1,377
-
-
-
-
-
-
L80 HC 13,510 11,800 11,640 12,590 12,990 950
-
-
-
-
-
-
Q125
20,330 19,530 19,230 20,750 22,150 1,565
-
-
-
-
-
-
L80 IRP 12,350 11,800 11,640 12,590 12,990 950
-
-
-
-
-
-
Q125 HC 21,950 19,530 19,230 20,750 22,150 1,565
-
-
-
-
-
-
L80 HCE 13,510 12,910 12,730 13,770 12,990 1,040
-
-
-
-
-
-
Q125 HCE 21,950 21,090 20,770 22,410 23,120 1,690
-
-
-
-
-
-
C90
13,890 13,280 13,090 14,170 15,140 1,069
-
-
-
-
-
-
R95
14,660 14,010 13,820 14,950 14,440 1,129-
-
-
-
-
-
T95
14,660 14,010 13,820 14,950 16,000 1,129
-
-
-
-
-
-
Abbreviated Terms
SC
LC
ALT.
alternative drift
IP
internal pressure
Performance Data
7 5/8" - 10 3/4"
Vallourec USA Corporation / Performance Data 7 5/8” -10 3/4” / pg. 61
Performance Data
7 5/8" - 10 3/4"
OD
Weight
T&C
(in)
Wall
Area
PE
(lb/ft)
(in)
(in2)
Pipe Body
Drift
API
ALT.
(in)
(in)
7 5/8 26.40 25.59 0.328 7.519 6.844
N/A
Grade
Connections
Collapse
IP
IP
IP
IP
rupture)
(psi)
(psi)
(psi)
(psi)
(psi)
PBYS
(kips)
8rd SC
8rd LC
BC
IP
Jt.
Strength
IP
Jt.
Strength
IP
Jt.
Strength
(psi)
(kips)
(psi)
(kips)
(psi)
(kips)
J55
2,890 4,140 4,130 4,590 4,150
414 4,140
315
4,140 346
4,140 483
K55
2,890 4,140 4,130 4,590 5,250
414 4,140
342
4,140 377
4,140 581
N80
3,400 6,020 6,000 6,680 5,600
602 6,020
446
6,020 490
6,020 659
L80
3,400 6,020 6,000 6,680 6,420
602 6,020
440
6,020 482
6,020 635
L80 1Cr 3,400 6,020 6,000 6,680 6,420
602 6,020
440
6,020 482
6,020 635
L80 HC
3,520 6,020 6,000 6,680 6,420
602 6,020
440
6,020 482
6,020 635
L80 IRP 3,400 6,020 6,000 6,680 6,420
602 6,020
440
6,020 482
6,020 635
L80 HCE 3,520 6,590 6,560 7,300 6,420
658 6,590
469
6,590 514
6,590 651
C90
3,610 6,780 6,750 7,510 7,450
677 6,780
485
6,780 532
6,780 681
R95
3,710 7,150 7,130 7,930 7,140
714 7,150
511
7,150 560
7,150 716
T95
3,710 7,150 7,130 7,930 7,880
714 7,150
511
7,150 560
7,150 716
T95 HC
4,760 7,150 7,130 7,930 7,880
714 7,150
511
7,150 560
7,150 716
T95 E
3,710 7,530 7,500 8,350 7,880
752 7,530
531
7,530 581
7,530 726
T95 HCE 4,760 7,530 7,500 8,350 7,880
752 7,530
531
7,530 581
7,530 726
P110
3,920 8,280 8,250 9,180 9,430
827 8,280
597
8,280 654
8,280 845
P110 MS 3,920 8,280 8,250 9,180 9,430
827 8,280
597
8,280 654
8,280 845
P110 EC 4,900 9,410 9,380 10,430 10,250 940 9,410
669
9,410 733
9,410 926
P110 HCE 5,210 9,410 9,380 10,430 10,250 940 9,410
669
9,410 733
9,410 926
C110
3,920 8,280 8,250 9,180 8,680
827 8,280
583
8,280 637
8,280 797
Q125
4,050 9,410 9,380 10,430 10,250 940 9,410
669
9,410 733
9,410 926
Q125 HC 5,210 9,410 9,380 10,430 10,250 940 9,410
669
9,410 733
9,410 926
Q125 HCE 5,210 10,160 10,130 11,270 10,700 1,015 10,160 714 10,160 775 10,160 972
7 5/8 29.70 29.06 0.375 8.541 6.750
N/A
N80
4,790 6,890 6,850 7,590 6,420
683
-
-
6,890 575
6,890 749
L80
4,790 6,890 6,850 7,590 7,370
683
-
-
6,890 567
6,890 721
L80 1Cr 4,790 6,890 6,850 7,590 7,370
683
-
-
6,890 567
6,890 721
L80 HC
4,830 6,890 6,850 7,590 7,370
683
-
-
6,890 567
6,890 721
L80 IRP 4,790 6,890 6,850 7,590 7,370
683
-
-
6,890 567
6,890 721
L80 HCE 4,830 7,530 7,500 8,300 7,370
747
-
-
7,530 604
7,530 739
C90
5,030 7,750 7,710 8,540 8,570
769
-
-
7,750 625
7,750 773
R95
5,130 8,180 8,140 9,010 8,200
811
-
-
8,180 659
8,180 813
T95
5,130 8,180 8,140 9,010 9,050
811
-
-
8,180 659
8,180 813
95 HC
6,650 8,180 8,140 9,010 9,050
811
-
-
8,180 659
8,180 813
T95 E
5,130 8,610 8,570 9,490 9,050
854
-
-
8,610 683
8,610 825
T95 HCE 6,650 8,610 8,570 9,490 9,050
854
-
-
8,610 683
8,610 825
5,350 9,470 9,420 10,440 10,840 940
-
-
9,470 769
9,470 960
P110 MS 5,350 9,470 9,420 10,440 10,840 940
-
-
9,470 769
9,470 960
P110
Abbreviated Terms
SC
LC
ALT.
alternative drift
IP
internal pressure
pg. 62/ Vallourec USA Corporation / Performance Data 7 5/8” -10 3/4”
OD
Weight
T&C
(in)
Wall
Area
PE
(lb/ft)
(in)
(in2)
Pipe Body
Drift
API
ALT.
(in)
(in)
7 5/8 29.70 29.06 0.375 8.541 6.750
7 5/8 33.70 33.07 0.430 9.720 6.640
7 5/8 39.00 38.08 0.500 11.192 6.500
Abbreviated Terms
SC
LC
ALT.
alternative drift
IP
internal pressure
N/A
N/A
N/A
Grade
Connections
Collapse
IP
IP
IP
IP
rupture)
PBYS
8rd SC
OD
8rd LC
Weight
Wall
Area
Pipe Body
Drift
BC
T&C
PE
API
ALT.
(in)
(in)
Grade
IP
Jt.
Strength
IP
Jt.
Strength
IP
Jt.
Strength
(psi)
(kips)
(psi)
(kips)
(psi)
(kips)
P110 EC 7,360 10,760 10,710 11,860 11,780 1,068
-
-
10,760 861 10,760 1,052
T95 E
P110 HCE 7,580 10,760 10,710 11,860 11,780 1,068
-
-
C110
5,350 9,470 9,420 10,440 9,980
-
Q125
(psi)
(psi)
(psi)
(psi)
(psi)
(kips)
940
Connections
Collapse
IP
IP
IP
IP
rupture)
PBYS
8rd SC
8rd LC
BC
IP
Jt.
Strength
IP
Jt.
Strength
IP
Jt.
Strength
(psi)
(kips)
(psi)
(kips)
(psi)
(kips)
10,000 11,480 11,380 12,460 12,240 1,119
-
-
11,480 948 11,480 1,081
10,760 861 10,760 1,052
T95 HCE 11,120 11,480 11,380 12,460 12,240 1,119
-
-
11,480 948 11,480 1,081
-
9,470 748
P110
11,080 12,620 12,520 13,710 14,660 1,231
-
-
11,790 1,066 12,620 1,258
(in)
(lb/ft)
(in)
(in2)
9,470 905
(psi)
(psi)
(psi)
(psi)
(psi)
(kips)
5,670 10,760 10,710 11,860 11,780 1,068
-
-
10,760 861 10,760 1,052
P110 MS 11,080 12,620 12,520 13,710 14,660 1,231
-
-
11,790 1,066 12,620 1,258
Q125 HC 7,580 10,760 10,710 11,860 11,780 1,068
-
-
10,760 861 10,760 1,052
P110 EC 12,180 14,340 14,220 15,580 15,930 1,399
-
-
11,790 1,194 12,670 1,379
Q125 HCE 7,580 11,620 11,560 12,810 12,290 1,153
-
-
11,620 911 11,620 1,104
P110 HCE 13,210 14,340 14,220 15,580 15,930 1,399
-
-
11,790 1,194 12,670 1,379
N80
6,560 7,900 7,850 8,650 7,400
778
-
-
7,900 674
7,900 852
C110
11,080 12,620 12,520 13,710 13,490 1,231
-
-
11,790 1,038 12,620 1,186
L80
7 5/8 39.00 38.08 0.500 11.192 6.500
N/A
6,560 7,900 7,850 8,650 8,500
778
-
-
7,900 664
7,900 820
Q125
12,060 14,340 14,220 15,580 15,930 1,399
-
-
11,790 1,194 12,670 1,379
L80 1Cr 6,560 7,900 7,850 8,650 8,500
778
-
-
7,900 664
7,900 820
Q125 HC 13,500 14,340 14,220 15,580 15,930 1,399
-
-
11,790 1,194 12,670 1,379
L80 HC
6,930 7,900 7,850 8,650 8,500
778
-
-
7,900 664
7,900 820
Q125 HCE 13,500 15,490 15,360 16,820 16,630 1,511
-
-
11,790 1,264 12,670 1,447
L80 IRP 6,560 7,900 7,850 8,650 8,500
778
-
-
7,900 664
7,900 820
N80
10,820 10,320 10,210 11,120 9,780
998
-
-
10,320 906
9,790 1,093
L80 HCE 6,930 8,640 8,580 9,460 8,500
850
-
-
8,640 708
8,640 841
L80
10,820 10,320 10,210 11,120 11,260 998
-
-
10,320 891
9,790 1,053
C90
7,050 8,880 8,830 9,730 9,890
875
-
-
8,880 733
8,880 880
L80 1Cr 10,820 10,320 10,210 11,120 11,260 998
-
-
10,320 891
9,790 1,053
R95
7,270 9,380 9,320 10,270 9,450
923
-
-
9,380 772
9,380 925
L80 HC 11,620 10,320 10,210 11,120 11,260 998
-
-
10,320 891
9,790 1,053
T95
7,270 9,380 9,320 10,270 10,440 923
-
-
9,380 772
9,380 925
L80 IRP 10,820 10,320 10,210 11,120 11,260 998
-
-
10,320 891
9,790 1,053
T95 HC
8,780 9,380 9,320 10,270 10,440 923
-
-
9,380 772
9,380 925
L80 HCE 11,620 11,290 11,170 12,160 11,260 1,091
-
-
11,290 950 10,710 1,079
T95 E
7,270 9,870 9,810 10,810 10,440 972
-
-
9,870 801
9,870 939
C90
11,890 11,610 11,490 12,510 13,120 1,122
-
-
11,610 984 11,010 1,129
T95 HCE 8,780 9,870 9,810 10,810 10,440 972
-
-
9,870 801
9,870 939
R95
12,410 12,250 12,120 13,210 12,520 1,185
-
-
11,790 1,037 11,620 1,187
P110
7,870 10,860 10,790 11,890 12,510 1,069
-
-
10,860 901 10,860 1,093
T95
12,410 12,250 12,120 13,210 13,860 1,185
-
-
11,790 1,037 11,620 1,187
P110 MS 7,870 10,860 10,790 11,890 12,510 1,069
-
-
10,860 901 10,860 1,093
T95 HC 12,960 12,250 12,120 13,210 13,860 1,185
-
-
11,790 1,037 11,620 1,187
P110 EC 9,060 12,340 12,260 13,510 13,590 1,215
-
-
11,790 1,009 12,340 1,197
T95 E
12,410 12,900 12,760 13,900 13,860 1,247
-
-
11,790 1,075 12,240 1,205
P110 HCE 9,330 12,340 12,260 13,510 13,590 1,215
-
-
11,790 1,009 12,340 1,197
T95 HCE 12,960 12,900 12,760 13,900 13,860 1,247
-
-
11,790 1,075 12,240 1,205
C110
7,870 10,860 10,790 11,890 11,510 1,069
-
-
10,860 877 10,860 1,030
P110
13,930 14,190 14,040 15,290 16,600 1,372
-
-
11,790 1,210 12,670 1,402
Q125
7 5/8 42.80 42.43 0.562 12.470 6.376
N/A
8,340 12,340 12,260 13,510 13,590 1,215
-
-
11,790 1,009 12,340 1,197
P110 MS 13,930 14,190 14,040 15,290 16,600 1,372
-
-
11,790 1,210 12,670 1,402
Q125 HC 9,330 12,340 12,260 13,510 13,590 1,215
-
-
11,790 1,009 12,340 1,197
P110 EC 15,350 16,120 15,950 17,380 18,040 1,559
-
-
11,790 1,355 12,670 1,536
Q125 HCE 9,330 13,320 13,240 14,590 14,190 1,312
-
-
11,790 1,068 12,670 1,257
P110 HCE 15,740 16,120 15,950 17,380 18,040 1,559
-
-
11,790 1,355 12,670 1,536
N80
8,820 9,180 9,100 9,970 8,660
895
-
-
9,180 798
9,180 981
C110
13,930 14,190 14,040 15,290 15,270 1,372
-
-
11,790 1,178 12,670 1,321
L80
8,820 9,180 9,100 9,970 9,960
895
-
-
9,180 786
9,180 945
Q125
15,350 16,120 15,950 17,380 18,040 1,559
-
-
11,790 1,355 12,670 1,536
L80 1Cr 8,820 9,180 9,100 9,970 9,960
895
-
-
9,180 786
9,180 945
Q125 HC 16,240 16,120 15,950 17,380 18,040 1,559
-
-
11,790 1,355 12,670 1,536
L80 HC
9,420 9,180 9,100 9,970 9,960
895
-
-
9,180 786
9,180 945
Q125 HCE 16,240 17,410 17,230 18,770 18,820 1,683
-
-
11,790 1,434 12,670 1,612
L80 IRP 8,820 9,180 9,100 9,970 9,960
895
-
-
9,180 786
9,180 945
N80
11,510 10,920 10,800 11,730 10,390 1,051
-
-
10,490 962
9,790 1,152
L80 HCE 9,420 10,040 9,960 10,900 9,960
979
L80
-
-
10,040 837 10,040 969
11,510 10,920 10,800 11,730 11,960 1,051
-
-
10,490 947
9,790 1,109
C90
9,610 10,330 10,240 11,220 11,590 1,007
-
-
10,330 867 10,330 1,013
L80 1Cr 11,510 10,920 10,800 11,730 11,960 1,051
-
-
10,490 947
9,790 1,109
R95
10,000 10,900 10,810 11,840 11,070 1,063
-
-
10,900 914 10,900 1,065
L80 HC 12,590 10,920 10,800 11,730 11,960 1,051
-
-
10,490 947
9,790 1,109
T95
10,000 10,900 10,810 11,840 12,240 1,063
-
-
10,900 914 10,900 1,065
L80 IRP 11,510 10,920 10,800 11,730 11,960 1,051
-
-
10,490 947
9,790 1,109
T95 HC 11,120 10,900 10,810 11,840 12,240 1,063
-
-
10,900 914 10,900 1,065
L80 HCE 12,590 11,950 11,810 12,830 11,960 1,150
-
-
11,470 1,009 10,710 1,137
7 5/8 45.30 44.71 0.595 13.141 6.310
Abbreviated Terms
SC
LC
ALT.
alternative drift
IP
internal pressure
N/A
pg. 64 / Vallourec USA Corporation / Performance Data 7 5/8” -10 3/4”
OD
Weight
T&C
(in)
Wall
Area
PE
(lb/ft)
(in)
(in2)
Pipe Body
Drift
API
ALT.
(in)
(in)
7 5/8 45.30 44.71 0.595 13.141 6.310
7 5/8 47.10 46.77 0.625 13.744 6.250
7 5/8 51.20 50.95 0.687 14.974 6.126
Abbreviated Terms
SC
LC
ALT.
alternative drift
IP
internal pressure
N/A
N/A
N/A
Grade
Connections
Collapse
IP
IP
IP
IP
rupture)
(psi)
(psi)
(psi)
(psi)
(psi)
PBYS
(kips)
8rd SC
OD
8rd LC
Weight
Wall
Area
Pipe Body
Drift
BC
IP
Jt.
Strength
IP
Jt.
Strength
IP
Jt.
Strength
(psi)
(kips)
(psi)
(kips)
(psi)
(kips)
T&C
(in)
PE
(lb/ft)
(in)
(in2)
API
ALT.
(in)
(in)
Grade
Connections
Collapse
IP
IP
IP
IP
rupture)
(psi)
(psi)
(psi)
(psi)
(psi)
PBYS
(kips)
8rd SC
8rd LC
BC
IP
Jt.
Strength
IP
Jt.
Strength
IP
Jt.
Strength
(psi)
(kips)
(psi)
(kips)
(psi)
(kips)
C90
12,950 12,290 12,150 13,190 13,940 1,183
-
-
11,790 1,045 11,010 1,189
L80 1Cr 13,120 12,610 12,420 13,390 13,950 1,198
-
-
-
-
-
-
R95
13,670 12,970 12,820 13,930 13,310 1,248
-
-
11,790 1,101 11,620 1,251
L80 HC 14,350 12,610 12,420 13,390 13,950 1,198
-
-
-
-
-
-
T95
13,670 12,970 12,820 13,930 14,730 1,248
-
-
11,790 1,101 11,620 1,251
L80 IRP 13,120 12,610 12,420 13,390 13,950 1,198
-
-
-
-
-
-
T95 HC
14,290 12,970 12,820 13,930 14,730 1,248
-
-
11,790 1,101 11,620 1,251
L80 HCE 14,350 13,800 13,580 14,640 13,950 1,310
-
-
-
-
-
-
T95 E
13,670 13,660 13,490 14,660 14,730 1,314
-
-
11,790 1,142 12,240 1,270
C90
14,760 14,190 13,970 15,060 16,270 1,348
-
-
-
-
-
-
T95 HCE 14,290 13,660 13,490 14,660 14,730 1,314
-
-
11,790 1,142 12,240 1,270
R95
15,580 14,980 14,740 15,900 15,510 1,423
-
-
-
-
-
-
P110
15,440 15,020 14,840 16,120 17,640 1,445
-
-
11,790 1,285 12,670 1,477
T95
15,580 14,980 14,740 15,900 17,190 1,423
-
-
-
-
-
-
P110 MS 15,440 15,020 14,840 16,120 17,640 1,445
-
-
11,790 1,285 12,670 1,477
T95 HC 16,430 14,980 14,740 15,900 17,190 1,423
-
-
-
-
-
-
P110 EC 17,270 17,070 16,870 18,320 19,170 1,643
-
-
11,790 1,439 12,670 1,619
T95 E
15,580 15,770 15,520 16,730 17,190 1,497
-
-
-
-
-
-
P110 HCE 17,270 17,070 16,870 18,320 19,170 1,643
-
-
11,790 1,439 12,670 1,619
T95 HCE 16,430 15,770 15,520 16,730 17,190 1,497
-
-
-
-
-
-
C110
15,440 15,020 14,840 16,120 16,230 1,445
-
-
11,790 1,251 12,670 1,392
P110
18,040 17,340 17,070 18,410 20,590 1,647
-
-
-
-
-
-
Q125
7 5/8 51.20 50.95 0.687 14.974 6.126
N/A
17,110 17,070 16,870 18,320 19,170 1,643
-
-
11,790 1,439 12,670 1,619
P110 MS 18,040 17,340 17,070 18,410 20,590 1,647
-
-
-
-
-
-
Q125 HC 18,160 17,070 16,870 18,320 19,170 1,643
-
-
11,790 1,439 12,670 1,619
P110 EC 20,500 19,710 19,400 20,920 22,370 1,872
-
-
-
-
-
-
Q125 HCE 18,160 18,440 18,220 19,790 20,000 1,774
-
-
11,790 1,523 12,670 1,699
P110 HCE 20,500 19,710 19,400 20,920 22,370 1,872
-
-
-
-
-
-
N80
12,040 11,480 11,330 12,270 10,940 1,100
-
-
10,490 1,013 9,790 1,205
C110
18,040 17,340 17,070 18,410 18,940 1,647
-
-
-
-
-
-
L80
12,040 11,480 11,330 12,270 12,610 1,100
-
-
10,490 997
9,790 1,160
Q125
20,500 19,710 19,400 20,920 22,370 1,872
-
-
-
-
-
-
L80 1Cr 12,040 11,480 11,330 12,270 12,610 1,100
-
-
10,490 997
9,790 1,160
Q125 HC 22,130 19,710 19,400 20,920 22,370 1,872
-
-
-
-
-
-
L80 HC 13,170 11,480 11,330 12,270 12,610 1,100
-
-
10,490 997
9,790 1,160
Q125 HCE 22,130 21,290 20,950 22,590 23,340 2,022
-
-
-
-
-
-
L80 IRP 12,040 11,480 11,330 12,270 12,610 1,100
-
-
10,490 997
9,790 1,160
N80
14,190 13,770 13,510 14,500 13,270 1,296
-
-
-
-
-
-
L80 HCE 13,170 12,550 12,390 13,420 12,610 1,203
-
-
11,470 1,062 10,710 1,177
L80
14,190 13,770 13,510 14,500 15,330 1,296
-
-
-
-
-
-
C90
13,540 12,910 12,740 13,810 14,690 1,237
-
-
11,790 1,100 11,010 1,239
L80 1Cr 14,190 13,770 13,510 14,500 15,330 1,296
-
-
-
-
-
-
R95
14,300 13,630 13,450 14,570 14,020 1,306
-
-
11,790 1,159 11,620 1,301
L80 HC 15,520 13,770 13,510 14,500 15,330 1,296
-
-
-
-
-
-
T95
14,300 13,630 13,450 14,570 15,520 1,306
-
-
11,790 1,159 11,620 1,301
L80 IRP 14,190 13,770 13,510 14,500 15,330 1,296
-
-
-
-
-
-
T95 HC 15,050 13,630 13,450 14,570 15,520 1,306
-
-
11,790 1,159 11,620 1,301
L80 HCE 15,520 15,060 14,780 15,860 15,330 1,417
-
-
-
-
-
-
T95 E
14,300 14,340 14,160 15,340 15,520 1,374
-
-
11,790 1,202 12,240 1,301
C90
15,960 15,490 15,200 16,310 17,890 1,458
-
-
-
-
-
-
T95 HCE 15,050 14,340 14,160 15,340 15,520 1,374
-
-
11,790 1,202 12,240 1,301
R95
16,850 16,350 16,050 17,220 17,050 1,539
-
-
-
-
-
-
P110
16,550 15,780 15,570 16,880 18,600 1,512
-
-
11,790 1,353 12,670 1,545
T95
16,850 16,350 16,050 17,220 18,900 1,539
-
-
-
-
-
-
P110 MS 16,550 15,780 15,570 16,880 18,600 1,512
-
-
11,790 1,353 12,670 1,545
T95 HC 18,130 16,350 16,050 17,220 18,900 1,539
-
-
-
-
-
-
P110 EC 18,700 17,930 17,700 19,180 20,210 1,718
-
-
11,790 1,515 12,670 1,673
T95 E
16,850 17,210 16,890 18,130 18,900 1,620
-
-
-
-
-
-
P110 HCE 18,700 17,930 17,700 19,180 20,210 1,718
-
-
11,790 1,515 12,670 1,673
T95 HCE 18,130 17,210 16,890 18,130 18,900 1,620
-
-
-
-
-
-
C110
16,550 15,780 15,570 16,880 17,110 1,512
-
-
11,790 1,317 12,670 1,425
P110
19,510 18,930 18,580 19,940 22,640 1,782
-
-
-
-
-
-
Q125
7 5/8 55.30 55.12 0.750 16.199 6.000
N/A
18,700 17,930 17,700 19,180 20,210 1,718
-
-
11,790 1,515 12,670 1,673
P110 MS 19,510 18,930 18,580 19,940 22,640 1,782
-
-
-
-
-
-
Q125 HC 19,900 17,930 17,700 19,180 20,210 1,718
-
-
11,790 1,515 12,670 1,673
P110 EC 22,170 21,520 21,110 22,660 24,610 2,025
-
-
-
-
-
-
Q125 HCE 19,900 19,360 19,110 20,710 21,080 1,856
-
-
11,790 1,603 12,670 1,735
P110 HCE 22,470 21,520 21,110 22,660 24,610 2,025
-
-
-
-
-
-
N80
13,120 12,610 12,420 13,390 12,090 1,198
-
-
-
-
-
-
C110
19,510 18,930 18,580 19,940 20,830 1,782
-
-
-
-
-
-
L80
13,120 12,610 12,420 13,390 13,950 1,198
-
-
-
-
-
-
Q125
22,170 21,520 21,110 22,660 24,610 2,025
-
-
-
-
-
-
Abbreviated Terms
SC
LC
ALT.
alternative drift
IP
internal pressure
OD
Weight
T&C
(in)
Wall
Area
PE
(lb/ft)
(in)
(in2)
Pipe Body
Drift
API
ALT.
(in)
(in)
7 5/8 55.30 55.12 0.750 16.199 6.000
N/A
7 3/4 46.10 45.51 0.595 13.374 6.435 6.500
7 3/4 48.02 47.60 0.625 13.990 6.375
Abbreviated Terms
SC
LC
ALT.
alternative drift
IP
internal pressure
N/A
Grade
Connections
Collapse
IP
IP
IP
IP
rupture)
PBYS
8rd SC
OD
8rd LC
IP
Jt.
Strength
IP
Jt.
Strength
IP
Jt.
Strength
(psi)
(kips)
(psi)
(kips)
(psi)
(kips)
Q125 HC 23,950 21,520 21,110 22,660 24,610 2,025
-
-
-
-
-
-
Q125 HCE 23,950 23,240 22,800 24,470 25,670 2,187
-
-
-
-
-
-
N80
11,340 10,750 10,630 11,550 10,210 1,070
-
-
-
-
-
-
L80
(psi)
(psi)
(psi)
(psi)
(psi)
(kips)
Weight
Wall
Area
Pipe Body
Drift
BC
T&C
(in)
PE
(lb/ft)
(in)
(in2)
API
ALT.
(in)
(in)
7 3/4 48.02 47.60 0.625 13.990 6.375
N/A
Grade
Connections
Collapse
IP
IP
IP
IP
rupture)
PBYS
8rd SC
8rd LC
BC
IP
Jt.
Strength
IP
Jt.
Strength
IP
Jt.
Strength
(psi)
(kips)
(psi)
(kips)
(psi)
(kips)
P110 EC 18,160 17,640 17,420 18,890 19,860 1,749
-
-
-
-
-
-
P110 HCE 18,160 17,640 17,420 18,890 19,860 1,749
-
-
-
-
-
-
C110
16,310 15,520 15,330 16,620 16,810 1,539
-
-
-
-
-
-
(psi)
(psi)
(psi)
(psi)
(psi)
(kips)
11,340 10,750 10,630 11,550 11,760 1,070
-
-
-
-
-
-
Q125
18,160 17,640 17,420 18,890 19,860 1,749
-
-
-
-
-
-
L80 1Cr 11,340 10,750 10,630 11,550 11,760 1,070
-
-
-
-
-
-
Q125 HC 19,320 17,640 17,420 18,890 19,860 1,749
-
-
-
-
-
-
L80 HC 12,400 10,750 10,630 11,550 11,760 1,070
-
-
-
-
-
-
Q125 HCE 19,320 19,050 18,810 20,400 20,720 1,889
-
-
-
-
-
-
L80 IRP 11,340 10,750 10,630 11,550 11,760 1,070
-
-
-
-
-
-
J55
2,530 3,930 3,920 4,360 3,930
503 3,930
372
3,930 417
3,930 579
L80 HCE 12,400 11,760 11,620 12,630 11,760 1,170
-
-
-
-
-
-
K55
2,530 3,930 3,920 4,360 4,980
503 3,930
402
3,930 452
3,930 690
C90
12,750 12,090 11,950 13,000 13,700 1,204
-
-
-
-
-
-
VST55 HC 2,850 5,000 4,980 5,550 5,240
640 5,000
528
5,000 591
5,000 792
R95
13,320 12,760 12,620 13,720 13,080 1,271
-
-
-
-
-
-
N80
3,050 5,710 5,700 6,350 5,300
732 5,710
528
5,710 591
5,710 792
T95
13,320 12,760 12,620 13,720 14,470 1,271
-
-
-
-
-
-
L80
3,050 5,710 5,700 6,350 6,080
732 5,710
521
5,710 583
5,710 764
T95 HC 13,900 12,760 12,620 13,720 14,470 1,271
-
-
-
-
-
-
521
5,710 583
5,710 764
13,320 13,440 13,280 14,440 14,470 1,337
-
-
-
-
-
-
L80 1Cr 3,050 5,710 5,700 6,350 6,080
8 5/8 32.00 31.13 0.352 9.149 7.796 7.875 L80 HC 3,180 5,710 5,700 6,350 6,080
732 5,710
T95 E
732 5,710
521
5,710 583
5,710 764
T95 HCE 13,900 13,440 13,280 14,440 14,470 1,337
-
-
-
-
-
-
L80 IRP 3,050 5,710 5,700 6,350 6,080
732 5,710
521
5,710 583
5,710 764
P110
15,000 14,780 14,610 15,880 17,340 1,471
-
-
-
-
-
-
L80 HCE 3,180 6,250 6,230 6,940 6,080
801 6,250
556
6,250 622
6,250 787
P110 MS 15,000 14,780 14,610 15,880 17,340 1,471
-
-
-
-
-
-
C90
3,210 6,430 6,410 7,140 7,060
823 6,430
575
6,430 643
6,430 822
P110 EC 16,600 16,790 16,600 18,050 18,840 1,672
-
-
-
-
-
-
R95
3,290 6,780 6,760 7,540 6,760
869 6,780
607
6,780 678
6,780 864
P110 HCE 16,790 16,790 16,600 18,050 18,840 1,672
-
-
-
-
-
-
T95
3,290 6,780 6,760 7,540 7,460
869 6,780
607
6,780 678
6,780 864
C110
15,000 14,780 14,610 15,880 15,950 1,471
-
-
-
-
-
-
T95 HC
4,120 6,780 6,760 7,540 7,460
869 6,780
607
6,780 678
6,780 864
Q125
16,600 16,790 16,600 18,050 18,840 1,672
-
-
-
-
-
-
T95 E
3,290 7,140 7,120 7,930 7,460
915 7,140
630
7,140 704
7,140 879
Q125 HC 17,760 16,790 16,600 18,050 18,840 1,672
-
-
-
-
-
-
T95 HCE 4,120 7,140 7,120 7,930 7,460
915 7,140
630
7,140 704
7,140 879
Q125 HCE 17,760 18,140 17,930 19,490 19,660 1,806
-
-
-
-
-
-
J55
3,450 4,460 4,450 4,930 4,480
568 4,460
434
4,460 486
4,460 654
N80
11,860 11,290 11,150 12,090 10,750 1,119
-
-
-
-
-
-
K55
3,450 4,460 4,450 4,930 5,680
568 4,460
468
4,460 526
4,460 780
L80
11,860 11,290 11,150 12,090 12,390 1,119
-
-
-
-
-
-
VST55 HC 3,880 5,680 5,660 6,280 5,970
724 5,680
615
5,680 688
5,680 895
L80 1Cr 11,860 11,290 11,150 12,090 12,390 1,119
-
-
-
-
-
-
N80
4,100 6,490 6,470 7,180 6,050
827 6,490
615
6,490 688
6,490 895
L80 HC 12,970 11,290 11,150 12,090 12,390 1,119
-
-
-
-
-
-
L80
4,100 6,490 6,470 7,180 6,940
827 6,490
606
6,490 678
6,490 864
L80 IRP 11,860 11,290 11,150 12,090 12,390 1,119
-
-
-
-
-
-
L80 1Cr 4,100 6,490 6,470 7,180 6,940
827 6,490
606
6,490 678
6,490 864
L80 HCE 12,970 12,350 12,190 13,220 12,390 1,224
-
-
-
-
-
-
L80 HC
C90
13,350 12,700 12,540 13,600 14,440 1,259
-
-
-
-
-
-
R95
14,090 13,410 13,240 14,360 13,780 1,329
-
-
-
-
-
T95
14,090 13,410 13,240 14,360 15,260 1,329
-
-
-
-
T95 HC 14,830 13,410 13,240 14,360 15,260 1,329
-
-
-
T95 E
14,090 14,110 13,940 15,110 15,260 1,399
-
-
-
T95 HCE 14,830 14,110 13,940 15,110 15,260 1,399
-
-
P110
16,310 15,520 15,330 16,620 18,270 1,539
-
P110 MS 16,310 15,520 15,330 16,620 18,270 1,539
-
4,220 6,490 6,470 7,180 6,940
827 6,490
606
6,490 678
6,490 864
L80 IRP 4,100 6,490 6,470 7,180 6,940
827 6,490
606
6,490 678
6,490 864
-
L80 HCE 4,220 7,100 7,070 7,850 6,940
904 7,100
647
7,100 724
7,100 889
-
-
C90
4,250 7,300 7,270 8,070 8,060
930 7,300
670
7,300 749
7,300 928
-
-
-
R95
4,360 7,710 7,680 8,520 7,710
982 7,710
706
7,710 789
7,710 976
-
-
-
T95
4,360 7,710 7,680 8,520 8,520
982 7,710
706
7,710 789
7,710 976
-
-
-
-
T95 HC
5,780 7,710 7,680 8,520 8,520
982 7,710
706
7,710 789
7,710 976
-
-
-
-
-
T95 E
4,360 8,120 8,080 8,970 8,520 1,034 8,120
734
8,120 820
8,120 993
-
-
-
-
-
T95 HCE 5,780 8,120 8,080 8,970 8,520 1,034 8,120
734
8,120 820
8,120 993
8 5/8 36.00 35.17 0.400 10.336 7.700
Abbreviated Terms
SC
LC
ALT.
alternative drift
IP
internal pressure
N/A
OD
Weight
T&C
(in)
Wall
Area
PE
(lb/ft)
(in)
(in2)
Pipe Body
Drift
API
ALT.
(in)
(in)
Grade
N/A
(psi)
(psi)
(psi)
(psi)
PBYS
8rd SC
OD
8rd LC
Weight
Wall
Area
Pipe Body
Drift
BC
IP
Jt.
Strength
IP
Jt.
Strength
IP
Jt.
Strength
(kips)
(psi)
(kips)
(psi)
(kips)
(psi)
(kips)
T&C
(in)
PE
(lb/ft)
(in)
(in2)
API
ALT.
(in)
(in)
Grade
Connections
Collapse
IP
IP
IP
IP
rupture)
PBYS
8rd SC
8rd LC
BC
IP
Jt.
Strength
IP
Jt.
Strength
IP
Jt.
Strength
(psi)
(kips)
(psi)
(kips)
(psi)
(kips)
Q125 HC 9,280 12,680 12,600 13,870 13,990 1,595
-
-
10,370 1,330 11,230 1,562
10,370 1,421 11,230 1,642
(psi)
(psi)
(psi)
(psi)
(psi)
(kips)
N80
5,530 7,300 7,270 8,030 6,830
925
-
-
7,300 788
7,300 1,001
L80
5,530 7,300 7,270 8,030 7,840
925
-
-
7,300 776
7,300 966
Q125 HCE 9,280 13,700 13,610 14,980 14,600 1,723
-
-
L80 1Cr 5,530 7,300 7,270 8,030 7,840
925
-
-
7,300 776
7,300 966
P110
3,840 8,210 8,180 9,110 9,350 1,241
-
-
-
-
-
-
L80 HC
5,790 7,300 7,270 8,030 7,840
925
-
-
7,300 776
7,300 966
P110 MS 3,840 8,210 8,180 9,110 9,350 1,241
-
-
-
-
-
-
L80 IRP 5,530 7,300 7,270 8,030 7,840
925
-
-
7,300 776
7,300 966
P110 EC 3,960 9,330 9,300 10,350 10,160 1,410
-
-
-
-
-
-
L80 HCE 5,790 7,990 7,950 8,780 7,840 1,011
-
-
7,990 829
7,990 994
9 3/8 39.00 38.38 0.400 11.278 8.419 8.500 P110 HCE 4,820 9,330 9,300 10,350 10,160 1,410
-
-
-
-
-
-
C90
5,870 8,220 8,170 9,030 9,110 1,040
-
-
8,220 858
8,220 1,038
Q125
3,960 9,330 9,300 10,350 10,160 1,410
-
-
-
-
-
-
R95
6,020 8,670 8,630 9,540 8,720 1,098
-
-
8,670 904
8,670 1,092
Q125 HC 4,860 9,330 9,300 10,350 10,160 1,410
-
-
-
-
-
-
T95
6,020 8,670 8,630 9,540 9,630 1,098
-
-
8,670 904
8,670 1,092
Q125 HCE 4,860 10,080 10,040 11,180 10,610 1,523
-
-
-
-
-
-
7,560 8,670 8,630 9,540 9,630 1,098
-
-
8,670 904
8,670 1,092
J55
2,020 3,520 3,510 3,920 3,510
564 3,520
394
3,520 453
3,520 639
6,020 9,130 9,080 10,040 9,630 1,156
-
-
9,130 939
9,130 1,111
K55
2,020 3,520 3,510 3,920 4,450
564 3,520
423
3,520 489
3,520 755
T95 HCE 7,560 9,130 9,080 10,040 9,630 1,156
-
-
9,130 939
9,130 1,111
VST55 HC 2,260 4,480 4,470 5,000 4,680
718 4,480
559
4,480 643
4,480 877
P110
6,400 10,040 9,990 11,040 11,530 1,271
-
-
10,040 1,055 10,040 1,288
N80
2,370 5,120 5,110 5,710 4,740
820 5,120
559
5,120 643
5,120 877
P110 MS 6,400 10,040 9,990 11,040 11,530 1,271
-
-
10,040 1,055 10,040 1,288
J55
2,570 3,950 3,940 4,390 3,950
630 3,950
452
3,950 520
3,950 714
P110 EC 8,140 11,410 11,350 12,550 12,530 1,445
-
-
10,370 1,182 11,230 1,415
K55
2,570 3,950 3,940 4,390 5,000
630 3,950
486
3,950 561
3,950 843
P110 HCE 8,380 11,410 11,350 12,550 12,530 1,445
-
-
10,370 1,182 11,230 1,415
VST55 HC 2,880 5,030 5,010 5,580 5,270
802 5,030
642
5,030 737
5,030 979
Q125
6,640 11,410 11,350 12,550 12,530 1,445
-
-
10,370 1,182 11,230 1,415
N80
3,090 5,750 5,730 6,380 5,330
916 5,750
642
5,750 737
5,750 979
Q125 HC 8,450 11,410 11,350 12,550 12,530 1,445
-
-
10,370 1,182 11,230 1,415
L80
3,090 5,750 5,730 6,380 6,110
916 5,750
633
5,750 727
5,750 947
Q125 HCE 8,450 12,330 12,260 13,550 13,080 1,560
-
-
10,370 1,263 11,230 1,487
L80 1Cr 3,090 5,750 5,730 6,380 6,110
916 5,750
633
5,750 727
5,750 947
N80
6,950 8,120 8,060 8,880 7,620 1,021
-
-
8,120 887
8,120 1,105
L80 HC
3,220 5,750 5,730 6,380 6,110
916 5,750
633
5,750 727
5,750 947
L80
6,950 8,120 8,060 8,880 8,750 1,021
-
-
8,120 874
8,120 1,066
L80 IRP 3,090 5,750 5,730 6,380 6,110
916 5,750
633
5,750 727
5,750 947
L80 1Cr 6,950 8,120 8,060 8,880 8,750 1,021
-
-
8,120 874
8,120 1,066
L80 HCE 3,220 6,280 6,260 6,980 6,110 1,002 6,280
677
6,280 777
6,280 978
L80 HC
7,360 8,120 8,060 8,880 8,750 1,021
-
-
8,120 874
8,120 1,066
C90
3,260 6,460 6,440 7,180 7,100 1,031 6,460
700
6,460 804
6,460 1,021
L80 IRP 6,950 8,120 8,060 8,880 8,750 1,021
-
-
8,120 874
8,120 1,066
R95
3,330 6,820 6,800 7,580 6,800 1,088 6,820
738
6,820 847
6,820 1,074
L80 HCE 7,360 8,880 8,820 9,710 8,750 1,117
-
-
8,880 932
8,880 1,097
T95
3,330 6,820 6,800 7,580 7,500 1,088 6,820
738
6,820 847
6,820 1,074
C90
7,490 9,130 9,070 9,980 10,180 1,149
-
-
9,130 965
9,130 1,146
T95 HC
4,190 6,820 6,800 7,580 7,500 1,088 6,820
738
6,820 847
6,820 1,074
R95
7,740 9,640 9,570 10,540 9,730 1,212
-
-
9,640 1,017 9,640 1,206
T95 E
3,330 7,180 7,160 7,980 7,500 1,145 7,180
768
7,180 881
7,180 1,095
T95
T95 E
8 5/8 44.00 43.43 0.500 12.763 7.500
Connections
Collapse
IP
IP
IP
IP
rupture)
(psi)
8 5/8 40.00 39.33 0.450 11.557 7.600 7.625 T95 HC
8 5/8 44.00 43.43 0.500 12.763 7.500
9 5/8 36.00 34.89 0.352 10.254 8.765
N/A
N/A
9 5/8 40.00 38.97 0.395 11.454 8.679 8.750
7,740 9,640 9,570 10,540 10,750 1,212
-
-
9,640 1,017 9,640 1,206
T95 HCE 4,190 7,180 7,160 7,980 7,500 1,145 7,180
768
7,180 881
7,180 1,095
T95 HC
9,210 9,640 9,570 10,540 10,750 1,212
-
-
9,640 1,017 9,640 1,206
P110
3,470 7,900 7,870 8,770 8,980 1,260 7,900
861
7,900 988
7,900 1,266
T95 E
7,740 10,140 10,080 11,090 10,750 1,276
-
-
10,140 1,056 10,140 1,226
P110 MS 3,470 7,900 7,870 8,770 8,980 1,260 7,900
861
7,900 988
7,900 1,266
T95 HCE 9,210 10,140 10,080 11,090 10,750 1,276
-
-
10,140 1,056 10,140 1,226
P110 EC 3,530 8,980 8,950 9,970 9,760 1,432 8,980
966
8,980 1,108 8,980 1,393
P110
8,420 11,160 11,090 12,200 12,880 1,404
-
-
10,370 1,186 11,160 1,423
P110 HCE 3,630 8,980 8,950 9,970 9,760 1,432 8,980
966
8,980 1,108 8,980 1,393
P110 MS 8,420 11,160 11,090 12,200 12,880 1,404
-
-
10,370 1,186 11,160 1,423
Q125
3,530 8,980 8,950 9,970 9,760 1,432 8,980
966
8,980 1,108 8,980 1,393
P110 EC 8,980 12,680 12,600 13,870 13,990 1,595
-
-
10,370 1,330 11,230 1,562
Q125 HC 3,630 8,980 8,950 9,970 9,760 1,432 8,980
966
8,980 1,108 8,980 1,393
P110 HCE 9,280 12,680 12,600 13,870 13,990 1,595
-
-
10,370 1,330 11,230 1,562
Q125
Abbreviated Terms
SC
LC
ALT.
alternative drift
IP
internal pressure
8,980 12,680 12,600 13,870 13,990 1,595
-
-
10,370 1,330 11,230 1,562
Q125 HCE 3,630 9,700 9,660 10,770 10,190 1,546 9,670 1,033 9,700 1,185 9,160 1,467
9 5/8 43.50 42.73 0.435 12.559 8.599 8.625 Abbreviated Terms
SC
LC
ALT.
alternative drift
IP
internal pressure
N80
3,810 6,330 6,300 7,000 5,890 1,005
-
-
6,330 825
6,330 1,074
OD
Weight
T&C
(in)
Wall
Area
PE
(lb/ft)
(in)
(in2)
Pipe Body
Drift
API
ALT.
(in)
(in)
Grade
Connections
Collapse
IP
IP
IP
IP
rupture)
PBYS
8rd SC
OD
8rd LC
Weight
Wall
Area
Pipe Body
Drift
BC
IP
Jt.
Strength
IP
Jt.
Strength
IP
Jt.
Strength
(psi)
(kips)
(psi)
(kips)
(psi)
(kips)
3,810 6,330 6,300 7,000 6,750 1,005
-
-
6,330 813
6,330 1,038
L80 1Cr 3,810 6,330 6,300 7,000 6,750 1,005
-
-
6,330 813
L80 HC
3,950 6,330 6,300 7,000 6,750 1,005
-
-
L80 IRP 3,810 6,330 6,300 7,000 6,750 1,005
-
L80 HCE 3,950 6,920 6,890 7,660 6,750 1,099
-
C90
4,010 7,120 7,090 7,880 7,850 1,130
R95
T95
T&C
PE
API
ALT.
(in)
(in)
Grade
Connections
Collapse
IP
IP
IP
IP
rupture)
PBYS
8rd SC
8rd LC
BC
IP
Jt.
Strength
IP
Jt.
Strength
IP
Jt.
Strength
(psi)
(kips)
(psi)
(kips)
(psi)
(kips)
-
-
9,700 1,361 9,160 1,650
6,330 1,038
Q125 5,630 10,730 10,680 11,830 11,750 1,697
9 5/8 47.00 46.18 0.472 13.572 8.525 8.625 Q125 HC 7,530 10,730 10,680 11,830 11,750 1,697
-
-
9,700 1,361 9,160 1,650
6,330 813
6,330 1,038
Q125 HCE 7,530 11,590 11,530 12,770 12,260 1,832
-
-
9,700 1,455 9,160 1,738
-
6,330 813
6,330 1,038
N80
6,620 7,930 7,880 8,680 7,430 1,244
-
-
7,930 1,062 7,930 1,329
-
6,920 869
6,920 1,073
L80
6,620 7,930 7,880 8,680 8,540 1,244
-
-
7,930 1,047 7,930 1,285
-
-
7,120 899
7,120 1,119
L80 1Cr 6,620 7,930 7,880 8,680 8,540 1,244
-
-
7,930 1,047 7,930 1,285
4,130 7,510 7,480 8,310 7,510 1,193
-
-
7,510 948
7,510 1,178
L80 HC
7,000 7,930 7,880 8,680 8,540 1,244
-
-
7,930 1,047 7,930 1,285
4,130 7,510 7,480 8,310 8,290 1,193
-
-
7,510 948
7,510 1,178
L80 IRP
6,620 7,930 7,880 8,680 8,540 1,244
-
-
7,930 1,047 7,930 1,285
5,410 7,510 7,480 8,310 8,290 1,193
-
-
7,510 948
7,510 1,178
L80 HCE 7,000 8,670 8,620 9,490 8,540 1,360
-
-
8,460 1,118 8,670 1,328
4,130 7,910 7,880 8,750 8,290 1,256
-
-
7,910 985
7,910 1,200
C90
7,110 8,920 8,860 9,760 9,930 1,399
-
-
8,460 1,157 8,920 1,386
T95 HCE 5,410 7,910 7,880 8,750 8,290 1,256
-
-
7,910 985
7,910 1,200
R95
7,340 9,410 9,360 10,310 9,490 1,477
-
-
8,460 1,220 9,160 1,458
P110
T95
(psi)
L80
T95 HC
9 5/8 43.50 42.73 0.435 12.559 8.599 8.625 T95 E
(psi)
(psi)
(psi)
(psi)
(kips)
(in)
(lb/ft)
(in)
(in2)
(psi)
(psi)
(psi)
(psi)
(psi)
(kips)
4,420 8,700 8,670 9,630 9,930 1,381
-
-
8,700 1,105 8,700 1,388
7,340 9,410 9,360 10,310 10,490 1,477
-
-
8,460 1,220 9,160 1,458
P110 MS 4,420 8,700 8,670 9,630 9,930 1,381
-
-
8,700 1,105 8,700 1,388
T95 HC
8,850 9,410 9,360 10,310 10,490 1,477
-
-
8,460 1,220 9,160 1,458
P110 EC 5,770 9,890 9,850 10,940 10,790 1,570
-
-
9,700 1,240 9,160 1,527
T95 E
7,340 9,910 9,850 10,850 10,490 1,555
-
-
8,460 1,267 9,160 1,486
P110 HCE 5,940 9,890 9,850 10,940 10,790 1,570
-
-
9,700 1,240 9,160 1,527
T95 HCE 8,850 9,910 9,850 10,850 10,490 1,555
-
-
8,460 1,267 9,160 1,486
C110
4,420 8,700 8,670 9,630 9,140 1,381
-
-
8,700 1,082 8,700 1,317
P110
7,950 10,900 10,830 11,930 12,560 1,710
-
-
9,700 1,422 9,160 1,718
Q125
4,620 9,890 9,850 10,940 10,790 1,570
-
-
9,700 1,240 9,160 1,527
P110 MS 7,950 10,900 10,830 11,930 12,560 1,710
-
-
9,700 1,422 9,160 1,718
Q125 HC 5,940 9,890 9,850 10,940 10,790 1,570
-
-
9,700 1,240 9,160 1,527
P110 EC 9,140 12,390 12,310 13,560 13,650 1,943
-
-
9,700 1,595 9,160 1,890
Q125 HCE 5,940 10,680 10,640 11,810 11,260 1,695
-
-
9,700 1,325 9,160 1,608
P110 HCE 9,390 12,390 12,310 13,560 13,650 1,943
-
-
9,700 1,595 9,160 1,890
N80
4,760 6,870 6,830 7,570 6,410 1,086
-
-
6,870 905
6,870 1,161
C110
7,950 10,900 10,830 11,930 11,560 1,710
-
-
9,700 1,393 9,160 1,630
L80
4,760 6,870 6,830 7,570 7,350 1,086
-
-
6,870 893
6,870 1,122
Q125
8,440 12,390 12,310 13,560 13,650 1,943
-
-
9,700 1,595 9,160 1,890
L80 1Cr 4,760 6,870 6,830 7,570 7,350 1,086
-
-
6,870 893
6,870 1,122
Q125 HC 9,700 12,390 12,310 13,560 13,650 1,943
-
-
9,700 1,595 9,160 1,890
L80 HC
4,940 6,870 6,830 7,570 7,350 1,086
-
-
6,870 893
6,870 1,122
Q125 HCE 9,700 13,380 13,290 14,650 14,250 2,099
-
-
9,700 1,706 9,160 1,991
L80 IRP 4,760 6,870 6,830 7,570 7,350 1,086
-
-
6,870 893
6,870 1,122
N80
7,900 8,650 8,590 9,430 8,140 1,350
-
-
8,460 1,167 8,650 1,443
L80 HCE 4,940 7,510 7,470 8,280 7,350 1,188
-
-
7,510 954
7,510 1,159
L80
7,900 8,650 8,590 9,430 9,360 1,350
-
-
8,460 1,151 8,650 1,396
C90
4,990 7,720 7,690 8,520 8,540 1,222
-
-
7,720 987
7,720 1,210
L80 1Cr 7,900 8,650 8,590 9,430 9,360 1,350
-
-
8,460 1,151 8,650 1,396
R95
5,090 8,150 8,110 8,990 8,170 1,289
-
-
8,150 1,040 8,150 1,273
L80 HC
8,400 8,650 8,590 9,430 9,360 1,350
-
-
8,460 1,151 8,650 1,396
9 5/8 47.00 46.18 0.472 13.572 8.525 8.625 T95
Abbreviated Terms
SC
LC
ALT.
alternative drift
IP
internal pressure
9 5/8 53.50 52.90 0.545 15.546 8.379 8.500
5,090 8,150 8,110 8,990 9,020 1,289
-
-
8,150 1,040 8,150 1,273
L80 IRP 7,900 8,650 8,590 9,430 9,360 1,350
-
-
8,460 1,151 8,650 1,396
T95 HC
6,600 8,150 8,110 8,990 9,020 1,289
-
-
8,150 1,040 8,150 1,273
L80 HCE 8,400 9,470 9,400 10,320 9,360 1,477
-
-
8,460 1,229 9,160 1,442
T95 E
5,090 8,580 8,540 9,460 9,020 1,357
-
-
8,460 1,081 8,580 1,297
9 5/8 58.40 57.44 0.595 16.879 8.279 8.375 C90
8,560 9,740 9,660 10,610 10,890 1,519
-
-
8,460 1,272 9,160 1,505
T95 HCE 6,600 8,580 8,540 9,460 9,020 1,357-
-
-
8,460 1,081 8,580 1,297
R95
8,880 10,280 10,200 11,200 10,410 1,604
-
-
8,460 1,341 9,160 1,583
P110
T95
5,300 9,440 9,400 10,410 10,810 1,493
-
-
9,440 1,213 9,160 1,500
8,880 10,280 10,200 11,200 11,500 1,604
-
-
8,460 1,341 9,160 1,583
P110 MS 5,300 9,440 9,400 10,410 10,810 1,493
-
-
9,440 1,213 9,160 1,500
T95 HC 10,210 10,280 10,200 11,200 11,500 1,604
-
-
8,460 1,341 9,160 1,583
P110 EC 7,310 10,730 10,680 11,830 11,750 1,697
-
-
9,700 1,361 9,160 1,650
T95 E
8,880 10,820 10,740 11,790 11,500 1,688
-
-
8,460 1,393 9,160 1,613
P110 HCE 7,530 10,730 10,680 11,830 11,750 1,697
-
-
9,700 1,361 9,160 1,650
T95 HCE 10,210 10,820 10,740 11,790 11,500 1,688
-
-
8,460 1,393 9,160 1,613
C110
-
-
9,440 1,188 9,160 1,423
P110
-
-
9,700 1,564 9,160 1,865
5,300 9,440 9,400 10,410 9,950 1,493
Abbreviated Terms
SC
LC
ALT.
alternative drift
IP
internal pressure
9,770 11,900 11,810 12,970 13,780 1,857
OD
Weight
T&C
Wall
Area
PE
Pipe Body
Drift
API
ALT.
(in)
(in)
Grade
Connections
Collapse
IP
IP
IP
IP
rupture)
PBYS
8rd SC
OD
8rd LC
IP
Jt.
Strength
IP
Jt.
Strength
IP
Jt.
Strength
(psi)
(kips)
(psi)
(kips)
(psi)
(kips)
P110 MS 9,770 11,900 11,810 12,970 13,780 1,857
-
-
9,700 1,564 9,160 1,865
P110 EC 10,540 13,520 13,420 14,740 14,970 2,110
-
-
P110 HCE 10,740 13,520 13,420 14,740 14,970 2,110
9 5/8 58.40 57.44 0.595 16.879 8.279 8.375 C110 9,770 11,900 11,810 12,970 12,680 1,857
-
(in)
(lb/ft)
(in)
(in2)
(psi)
Q125
9 5/8 59.40 58.70 0.609 17.250 8.251
N/A
(psi)
(psi)
(psi)
(psi)
(kips)
10,540 13,520 13,420 14,740 14,970 2,110
Weight
Wall
Area
Pipe Body
Drift
BC
T&C
PE
API
ALT.
(in)
(in)
Grade
Connections
Collapse
IP
IP
IP
IP
rupture)
PBYS
8rd SC
8rd LC
BC
IP
Jt.
Strength
IP
Jt.
Strength
IP
Jt.
Strength
(psi)
(kips)
(psi)
(kips)
(psi)
(kips)
T95 HC 10,570 10,520 10,440 11,450 11,790 1,725
-
-
-
-
-
-
9,700 1,754 9,160 2,052
T95 E
9,320 11,080 10,990 12,050 11,790 1,816
-
-
-
-
-
-
-
9,700 1,754 9,160 2,052
T95 HCE 10,570 11,080 10,990 12,050 11,790 1,816
-
-
-
-
-
-
-
-
9,700 1,531 9,160 1,770
P110
10,290 12,180 12,090 13,260 14,120 1,998
-
-
-
-
-
-
-
-
9,700 1,754 9,160 2,052
P110 MS 10,290 12,180 12,090 13,260 14,120 1,998
-
-
-
-
-
-
-
-
-
-
-
-
(in)
(lb/ft)
(in)
(in2)
(psi)
(psi)
(psi)
(psi)
(psi)
(kips)
Q125 HC 10,980 13,520 13,420 14,740 14,970 2,110
-
-
9,700 1,754 9,160 2,052
9 7/8 62.80 61.80 0.625 18.162 8.469 8.500 P110 EC 11,250 13,840 13,740 15,070 15,350 2,270
Q125 HCE 10,980 14,600 14,500 15,910 15,620 2,279
-
-
9,700 1,875 9,160 2,161
P110 HCE 11,460 13,840 13,740 15,070 15,350 2,270
-
-
-
-
-
-
N80
8,250 8,860 8,790 9,640 8,340 1,380
-
-
-
-
-
-
C110
10,290 12,180 12,090 13,260 12,990 1,998
-
-
-
-
-
-
L80
8,250 8,860 8,790 9,640 9,590 1,380
-
-
-
-
-
-
Q125
11,140 13,840 13,740 15,070 15,350 2,270
-
-
-
-
-
-
L80 1Cr 8,250 8,860 8,790 9,640 9,590 1,380
-
-
-
-
-
-
Q125 HC 11,640 13,840 13,740 15,070 15,350 2,270
-
-
-
-
-
-
L80 HC
8,800 8,860 8,790 9,640 9,590 1,380
-
-
-
-
-
-
Q125 HCE 11,640 14,950 14,840 16,270 16,020 2,452
-
-
-
-
-
-
L80 IRP 8,250 8,860 8,790 9,640 9,590 1,380
-
-
-
-
-
-
N80
8,880 9,220 9,140 10,010 8,690 1,507
-
-
-
-
-
-
L80 HCE 8,800 9,690 9,610 10,540 9,590 1,509
-
-
-
-
-
-
L80
8,880 9,220 9,140 10,010 10,000 1,507
-
-
-
-
-
-
C90
8,970 9,970 9,890 10,850 11,160 1,552
-
-
-
-
-
-
L80 1Cr 8,880 9,220 9,140 10,010 10,000 1,507
-
-
-
-
-
-
R95
9,320 10,520 10,440 11,450 10,660 1,639
-
-
-
-
-
-
L80 HC
9,490 9,220 9,140 10,010 10,000 1,507
-
-
-
-
-
-
T95
9,320 10,520 10,440 11,450 11,790 1,639
-
-
-
-
-
-
L80 IRP 8,880 9,220 9,140 10,010 10,000 1,507
-
-
-
-
-
-
T95 HC 10,570 10,520 10,440 11,450 11,790 1,639
-
-
-
-
-
-
L80 HCE 9,490 10,080 9,990 10,940 10,000 1,648
-
-
-
-
-
-
T95 E
9,320 11,070 10,990 12,050 11,790 1,725
-
-
-
-
-
-
C90
9,680 10,370 10,280 11,260 11,630 1,695
-
-
-
-
-
-
T95 HCE 10,570 11,070 10,990 12,050 11,790 1,725
-
-
-
-
-
-
R95
10,070 10,940 10,850 11,880 11,120 1,790
-
-
-
-
-
-
P110
T95
10,280 12,180 12,090 13,260 14,120 1,897
-
-
-
-
-
-
10,070 10,940 10,850 11,880 12,290 1,790
-
-
-
-
-
-
P110 MS 10,280 12,180 12,090 13,260 14,120 1,897
-
-
-
-
-
-
T95 HC 12,040 10,940 10,850 11,880 12,290 1,790
-
-
-
-
-
-
P110 EC 11,130 13,840 13,730 15,060 15,340 2,156
-
-
-
-
-
-
T95 E
10,070 11,520 11,420 12,510 12,290 1,884
-
-
-
-
-
-
P110 HCE 11,500 13,840 13,730 15,060 15,340 2,156
-
-
-
-
-
-
T95 HCE 12,040 11,520 11,420 12,510 12,290 1,884
-
-
-
-
-
-
C110
10,280 12,180 12,090 13,260 12,990 1,897
-
-
-
-
-
-
P110
11,170 12,670 12,560 13,760 14,720 2,072
-
-
-
-
-
-
Q125
11,130 13,840 13,730 15,060 15,340 2,156
-
-
-
-
-
-
P110 MS 11,170 12,670 12,560 13,760 14,720 2,072
-
-
-
-
-
-
Q125 HC 11,630 13,840 13,730 15,060 15,340 2,156
-
-
-
-
-
-
P110 EC 12,160 14,400 14,280 15,630 16,000 2,355
-
-
-
-
-
-
Q125 HCE 11,630 14,950 14,830 16,270 16,010 2,329
-
-
-
-
-
-
P110 HCE 12,560 14,400 14,280 15,630 16,000 2,355
-
-
-
-
-
-
N80
8,260 8,860 8,790 9,640 8,340 1,453
-
-
-
-
-
-
C110
11,170 12,670 12,560 13,760 13,540 2,072
-
-
-
-
-
-
L80
8,260 8,860 8,790 9,640 9,590 1,453
-
-
-
-
-
-
Q125
12,160 14,400 14,280 15,630 16,000 2,355
-
-
-
-
-
-
L80 1Cr 8,260 8,860 8,790 9,640 9,590 1,453
-
-
-
-
-
-
Q125 HC 12,760 14,400 14,280 15,630 16,000 2,355
-
-
-
-
-
-
L80 HC
9 7/8 65.30 64.10 0.650 18.838 8.419 8.500
8,800 8,860 8,790 9,640 9,590 1,453
-
-
-
-
-
-
Q125 HCE 12,760 15,550 15,420 16,880 16,690 2,543
-
-
-
-
-
-
9 7/8 62.80 61.80 0.625 18.162 8.469 8.500 L80 IRP 8,260 8,860 8,790 9,640 9,590 1,453
-
-
-
-
-
-
N80
10,120 9,920 9,830 10,720 9,390 1,614
-
-
-
-
-
-
L80 HCE 8,800 9,690 9,620 10,550 9,590 1,589
-
-
-
-
-
-
L80
10,120 9,920 9,830 10,720 10,810 1,614
-
-
-
-
-
-
C90
8,980 9,970 9,890 10,850 11,160 1,635
-
-
-
-
-
-
L80 1Cr 10,120 9,920 9,830 10,720 10,810 1,614
-
-
-
-
-
-
R95
9,320 10,520 10,440 11,450 10,670 1,725
-
-
-
-
-
-
L80 HC 10,860 9,920 9,830 10,720 10,810 1,614
-
-
-
-
-
-
T95
9,320 10,520 10,440 11,450 11,790 1,725
-
-
-
-
-
-
L80 IRP 10,120 9,920 9,830 10,720 10,810 1,614
-
-
-
-
-
-
Abbreviated Terms
SC
LC
ALT.
alternative drift
IP
internal pressure
9 7/8 68.90 68.66 0.700 20.177 8.319
Abbreviated Terms
SC
LC
ALT.
alternative drift
IP
internal pressure
N/A
OD
Weight
T&C
(in)
Wall
Area
PE
(lb/ft)
(in)
(in2)
Pipe Body
Drift
API
ALT.
(in)
(in)
9 7/8 68.90 68.66 0.700 20.177 8.319
N/A
10 1/8 80.00 79.29 0.795 23.302 8.379 8.500
Grade
Connections
Collapse
IP
IP
IP
IP
rupture)
PBYS
8rd SC
OD
8rd LC
Weight
Wall
Area
Pipe Body
Drift
BC
T&C
PE
API
ALT.
(in)
(in)
Grade
IP
Jt.
Strength
IP
Jt.
Strength
IP
Jt.
Strength
(psi)
(kips)
(psi)
(kips)
(psi)
(kips)
L80 HCE 10,860 10,850 10,750 11,730 10,810 1,765
-
-
-
-
-
-
R95
C90
11,100 11,160 11,060 12,060 12,580 1,816
-
-
-
-
-
-
T95
R95
11,580 11,780 11,670 12,740 12,020 1,917
-
-
-
-
-
-
T95
(psi)
(psi)
(psi)
(psi)
(psi)
(kips)
(in)
(lb/ft)
(in)
(in2)
Connections
Collapse
IP
IP
IP
IP
rupture)
PBYS
8rd SC
8rd LC
BC
IP
Jt.
Strength
IP
Jt.
Strength
IP
Jt.
Strength
(psi)
(kips)
(psi)
(kips)
(psi)
(kips)
2,590 6,190 6,170 6,890 6,140 1,236 6,190
808
-
-
6,190 1,209
2,590 6,190 6,170 6,890 6,780 1,236 6,190
808
-
-
6,190 1,209
T95 HC
3,180 6,190 6,170 6,890 6,780 1,236 6,190
808
-
-
6,190 1,209
(psi)
(psi)
(psi)
(psi)
(psi)
(kips)
11,580 11,780 11,670 12,740 13,300 1,917
-
-
-
-
-
-
T95 E
2,590 6,510 6,490 7,260 6,780 1,301 6,510
841
-
-
6,510 1,236
T95 HC 12,340 11,780 11,670 12,740 13,300 1,917
-
-
-
-
-
-
T95 HCE 3,180 6,510 6,490 7,260 6,780 1,301 6,510
841
-
-
6,510 1,236
T95 E
11,580 12,410 12,280 13,410 13,300 2,018
-
-
-
-
-
-
P110
2,610 7,160 7,140 7,980 8,120 1,431 7,160
941
-
-
7,160 1,423
T95 HCE 12,340 12,410 12,280 13,410 13,300 2,018
-
-
-
-
-
-
P110 MS 2,610 7,160 7,140 7,980 8,120 1,431 7,160
941
-
-
7,160 1,423
P110
10 3/4 45.50 44.26 0.400 13.006 9.794 9.875
12,940 13,650 13,510 14,750 15,930 2,219
-
-
-
-
-
-
P110 EC 3,450 8,140 8,120 9,070 8,820 1,626 7,890 1,057
-
-
7,440 1,570
P110 MS 12,940 13,650 13,510 14,750 15,930 2,219
-
-
-
-
-
-
P110 HCE 3,450 8,140 8,120 9,070 8,820 1,626 7,890 1,057
-
-
7,440 1,570
P110 EC 14,210 15,510 15,360 16,760 17,310 2,522
-
-
-
-
-
-
Q125
2,610 8,140 8,120 9,070 8,820 1,626 7,890 1,057
-
-
7,440 1,570
P110 HCE 14,900 15,510 15,360 16,760 17,310 2,522
-
-
-
-
-
-
Q125 HC 3,260 8,140 8,120 9,070 8,820 1,626 7,890 1,057
-
-
7,440 1,570
C110
12,940 13,650 13,510 14,750 14,650 2,219
-
-
-
-
-
-
Q125 HCE 3,260 8,790 8,770 9,800 9,210 1,756 7,890 1,132
-
-
7,440 1,656
Q125
14,210 15,510 15,360 16,760 17,310 2,522
-
-
-
-
-
-
J55
2,700 4,030 4,020 4,470 4,030
801 4,030
565
-
-
4,030 891
Q125 HC 15,000 15,510 15,360 16,760 17,310 2,522
-
-
-
-
-
-
K55
2,700 4,030 4,020 4,470 5,110
801 4,030
606
-
-
4,030 1,043
Q125 HCE 15,000 16,750 16,580 18,100 18,060 2,724
-
-
-
-
-
-
VST55 HC 2,990 5,130 5,110 5,690 5,380 1,019 5,130
804
-
-
5,130 1,228
P110
15,610 15,110 14,930 16,220 17,760 2,563
-
-
-
-
-
-
N80
3,220 5,860 5,840 6,500 5,440 1,165 5,860
804
-
-
5,860 1,228
P110 MS 15,610 15,110 14,930 16,220 17,760 2,563
-
-
-
-
-
-
L80
3,220 5,860 5,840 6,500 6,240 1,165 5,860
794
-
-
5,860 1,190
P110 EC 17,300 17,180 16,970 18,430 19,300 2,913
-
-
-
-
-
-
L80 1Cr 3,220 5,860 5,840 6,500 6,240 1,165 5,860
794
-
-
5,860 1,190
P110 HCE 17,300 17,180 16,970 18,430 19,300 2,913
-
-
-
-
-
-
L80 HC
3,360 5,860 5,840 6,500 6,240 1,165 5,860
794
-
-
5,860 1,190
C110
15,610 15,110 14,930 16,220 16,340 2,563
-
-
-
-
-
-
L80 IRP 3,220 5,860 5,840 6,500 6,240 1,165 5,860
794
-
-
5,860 1,190
Q125
17,300 17,180 16,970 18,430 19,300 2,913
-
-
-
-
-
-
L80 HCE 3,360 6,410 6,390 7,110 6,240 1,274 6,410
850
-
-
6,410 1,234
Q125 HC 18,370 17,180 16,970 18,430 19,300 2,913
-
-
-
-
-
-
C90
3,400 6,590 6,570 7,320 7,250 1,311 6,590
879
-
-
6,590 1,287
Q125 HCE 18,370 18,550 18,330 19,900 20,140 3,146
-
-
-
-
-
-
R95
3,490 6,960 6,940 7,720 6,940 1,383 6,870
927
-
-
6,960 1,354
T95
10 3/4 51.00 49.55 0.450 14.561 9.694
N/A
J55
1,580 3,130 3,130 3,510 3,120
629 3,130
420
-
-
3,130 700
3,490 6,960 6,940 7,720 7,660 1,383 6,870
927
-
-
6,960 1,354
10 3/4 40.50 38.91 0.350 11.435 9.894 9.925 K55
1,580 3,130 3,130 3,510 3,950
629 3,130
450
-
-
3,130 819
T95 HC
4,420 6,960 6,940 7,720 7,660 1,383 6,870
927
-
-
6,960 1,354
VST55 HC 1,700 3,990 3,980 4,460 4,160
800 3,990
597
-
-
3,990 964
T95 E
3,490 7,330 7,300 8,130 7,660 1,456 6,870
964
-
-
7,330 1,383
J55
2,090 3,580 3,570 3,990 3,570
715 3,580
493
-
-
3,580 796
T95 HCE 4,420 7,330 7,300 8,130 7,660 1,456 6,870
964
-
-
7,330 1,383
K55
2,090 3,580 3,570 3,990 4,530
715 3,580
528
-
-
3,580 931
P110
3,660 8,060 8,030 8,940 9,170 1,602 7,890 1,079
-
-
7,440 1,594
VST55 HC 2,350 4,560 4,550 5,080 4,760
910 4,560
701
-
-
4,560 1,097
P110 MS 3,660 8,060 8,030 8,940 9,170 1,602 7,890 1,079
-
-
7,440 1,594
10 3/4 45.50 44.26 0.400 13.006 9.794 9.875
Abbreviated Terms
SC
LC
ALT.
alternative drift
IP
internal pressure
N80
2,480 5,210 5,200 5,810 4,820 1,040 5,210
701
-
-
5,210 1,097
P110 EC 4,510 9,160 9,130 10,160 9,970 1,820 7,890 1,212
-
-
7,440 1,758
L80
2,480 5,210 5,200 5,810 5,530 1,040 5,210
692
-
-
5,210 1,063
P110 HCE 4,510 9,160 9,130 10,160 9,970 1,820 7,890 1,212
-
-
7,440 1,758
L80 1Cr 2,480 5,210 5,200 5,810 5,530 1,040 5,210
692
-
-
5,210 1,063
Q125
3,740 9,160 9,130 10,160 9,970 1,820 7,890 1,212
-
-
7,440 1,758
L80 HC
3,140 5,210 5,200 5,810 5,530 1,040 5,210
692
-
-
5,210 1,063
Q125 HC 4,600 9,160 9,130 10,160 9,970 1,820 7,890 1,212
-
-
7,440 1,758
L80 IRP 2,480 5,210 5,200 5,810 5,530 1,040 5,210
692
-
-
5,210 1,063
Q125 HCE 4,600 9,890 9,860 10,970 10,400 1,966 7,890 1,297
-
-
7,440 1,854
L80 HCE 3,140 5,700 5,680 6,350 5,530 1,138 5,700
741
-
-
5,700 1,102
767
-
-
5,860 1,149
C90
2,560 5,860 5,840 6,530 6,420 1,171 5,860
10 3/4 55.50 54.26 0.495 15.947 9.604 9.625 Abbreviated Terms
SC
LC
ALT.
alternative drift
IP
internal pressure
N80
4,020 6,450 6,420 7,130 6,000 1,276 6,450
895
-
-
6,450 1,345
L80
4,020 6,450 6,420 7,130 6,880 1,276 6,450
884
-
-
6,450 1,303
OD
Weight
T&C
(in)
Wall
Area
PE
(lb/ft)
(in)
(in2)
Pipe Body
Drift
API
ALT.
(in)
(in)
10 3/4 55.50 54.26 0.495 15.947 9.604 9.625
10 3/4 60.70 59.45 0.545 17.473 9.504
Abbreviated Terms
SC
LC
ALT.
alternative drift
IP
internal pressure
N/A
Grade
Connections
Collapse
IP
IP
IP
IP
rupture)
PBYS
8rd SC
OD
8rd LC
Weight
Wall
Area
Pipe Body
Drift
BC
IP
Jt.
Strength
IP
Jt.
Strength
IP
Jt.
Strength
(psi)
(kips)
(psi)
(kips)
(psi)
(kips)
L80 1Cr 4,020 6,450 6,420 7,130 6,880 1,276 6,450
884
-
-
6,450 1,303
L80 HC
4,130 6,450 6,420 7,130 6,880 1,276 6,450
884
-
-
6,450 1,303
L80 IRP 4,020 6,450 6,420 7,130 6,880 1,276 6,450
884
-
-
L80 HCE 4,130 7,050 7,020 7,800 6,880 1,395 6,870
947
-
C90
4,160 7,250 7,220 8,020 8,000 1,435 6,870
979
-
R95
4,300 7,660 7,620 8,460 7,660 1,515 6,870 1,032
T95
T&C
PE
API
ALT.
(in)
(in)
Grade
Connections
Collapse
IP
IP
IP
IP
rupture)
PBYS
8rd SC
8rd LC
BC
IP
Jt.
Strength
IP
Jt.
Strength
IP
Jt.
Strength
(psi)
(kips)
(psi)
(kips)
(psi)
(kips)
Q125 HC 8,010 11,090 11,030 12,210 12,160 2,184 7,890 1,502
-
-
7,440 2,109
Q125 HCE 8,010 11,980 11,920 13,190 12,690 2,359 7,890 1,608
-
-
7,440 2,225
6,450 1,303
N80
6,310 7,750 7,700 8,490 7,260 1,519 6,870 1,096
-
-
7,440 1,600
-
7,050 1,352
L80
6,310 7,750 7,700 8,490 8,340 1,519 6,870 1,082
-
-
7,440 1,551
-
7,250 1,409
L80 1Cr 6,310 7,750 7,700 8,490 8,340 1,519 6,870 1,082
-
-
7,440 1,551
-
-
7,440 1,483
L80 HC
6,650 7,750 7,700 8,490 8,340 1,519 6,870 1,082
-
-
7,440 1,551
4,300 7,660 7,620 8,460 8,450 1,515 6,870 1,032
-
-
7,440 1,483
L80 IRP 6,310 7,750 7,700 8,490 8,340 1,519 6,870 1,082
-
-
7,440 1,551
T95 HC
5,670 7,660 7,620 8,460 8,450 1,515 6,870 1,032
-
-
7,440 1,483
L80 HCE 6,650 8,480 8,430 9,290 8,340 1,661 6,870 1,159
-
-
7,440 1,609
T95 E
4,300 8,060 8,030 8,910 8,450 1,595 6,870 1,074
-
-
7,440 1,515
C90
6,760 8,720 8,670 9,560 9,690 1,708 6,870 1,198
-
-
7,440 1,677
T95 HCE 5,670 8,060 8,030 8,910 8,450 1,595 6,870 1,074
-
-
7,440 1,515
R95
6,960 9,200 9,150 10,090 9,270 1,803 6,870 1,263
-
-
7,440 1,765
P110
4,610 8,860 8,830 9,800 10,120 1,754 7,890 1,202
-
-
7,440 1,745
T95
6,960 9,200 9,150 10,090 10,240 1,803 6,870 1,263
-
-
7,440 1,765
P110 MS 4,610 8,860 8,830 9,800 10,120 1,754 7,890 1,202
-
-
7,440 1,745
T95 HC
8,490 9,200 9,150 10,090 10,240 1,803 6,870 1,263
-
-
7,440 1,765
P110 EC 6,130 10,070 10,030 11,140 11,000 1,993 7,890 1,350
-
-
7,440 1,925
T95 E
6,960 9,690 9,630 10,620 10,240 1,898 6,870 1,314
-
-
7,440 1,803
P110 HCE 6,310 10,070 10,030 11,140 11,000 1,993 7,890 1,350
-
-
7,440 1,925
T95 HCE 8,490 9,690 9,630 10,620 10,240 1,898 6,870 1,314
-
-
7,440 1,803
C110
4,610 8,860 8,830 9,800 9,310 1,754 7,890 1,180
-
-
7,440 1,662
P110
7,510 10,650 10,590 11,680 12,270 2,088 7,890 1,471
-
-
7,440 2,077
Q125
(psi)
(psi)
(psi)
(psi)
(psi)
(kips)
(in)
(lb/ft)
(in)
(in2)
10 3/4 60.70 59.45 0.545 17.473 9.504
N/A
10 3/4 65.70 64.59 0.595 18.982 9.404 9.500
(psi)
(psi)
(psi)
(psi)
(psi)
(kips)
4,850 10,070 10,030 11,140 11,000 1,993 7,890 1,350
-
-
7,440 1,925
P110 MS 7,510 10,650 10,590 11,680 12,270 2,088 7,890 1,471
-
-
7,440 2,077
Q125 HC 6,440 10,070 10,030 11,140 11,000 1,993 7,890 1,350
-
-
7,440 1,925
P110 EC 8,900 12,110 12,040 13,270 13,330 2,373 7,890 1,652
-
-
7,440 2,291
Q125 HCE 6,440 10,880 10,830 12,030 11,480 2,153 7,890 1,445
-
-
7,440 2,031
P110 HCE 9,170 12,110 12,040 13,270 13,330 2,373 7,890 1,652
-
-
7,440 2,291
N80
5,160 7,100 7,060 7,810 6,630 1,398 6,870
996
-
-
7,100 1,473
C110
7,510 10,650 10,590 11,680 11,290 2,088 7,890 1,444
-
-
7,440 1,979
L80
5,160 7,100 7,060 7,810 7,610 1,398 6,870
983
-
-
7,100 1,428
Q125
7,920 12,110 12,040 13,270 13,330 2,373 7,890 1,652
-
-
7,440 2,291
L80 1Cr 5,160 7,100 7,060 7,810 7,610 1,398 6,870
983
-
-
7,100 1,428
Q125 HC 9,170 12,110 12,040 13,270 13,330 2,373 7,890 1,652
-
-
7,440 2,291
L80 HC
5,390 7,100 7,060 7,810 7,610 1,398 6,870
983
-
-
7,100 1,428
Q125 HCE 9,170 13,080 13,000 14,330 13,910 2,563 7,890 1,768
-
-
7,440 2,417
L80 IRP 5,160 7,100 7,060 7,810 7,610 1,398 6,870
983
-
-
7,100 1,428
N80
7,240 8,280 8,230 9,050 7,780 1,617
-
-
-
-
-
-
L80 HCE 5,390 7,760 7,720 8,550 7,610 1,529 6,870 1,053
-
-
7,440 1,481
L80
7,240 8,280 8,230 9,050 8,940 1,617
-
-
-
-
-
-
C90
5,460 7,980 7,950 8,790 8,840 1,573 6,870 1,089
-
-
7,440 1,544
L80 1Cr 7,240 8,280 8,230 9,050 8,940 1,617
-
-
-
-
-
-
R95
5,580 8,430 8,390 9,280 8,460 1,660 6,870 1,148
-
-
7,440 1,625
L80 HC
7,680 8,280 8,230 9,050 8,940 1,617
-
-
-
-
-
-
T95
5,580 8,430 8,390 9,280 9,340 1,660 6,870 1,148
-
-
7,440 1,625
L80 IRP 7,240 8,280 8,230 9,050 8,940 1,617
-
-
-
-
-
-
T95 HC
7,110 8,430 8,390 9,280 9,340 1,660 6,870 1,148
-
-
7,440 1,625
L80 HCE 7,680 9,060 9,000 9,900 8,940 1,768
-
-
-
-
-
-
T95 E
5,580 8,870 8,830 9,770 9,340 1,747 6,870 1,195
-
-
7,440 1,660
C90
7,820 9,320 9,250 10,180 10,400 1,819
-
-
-
-
-
-
T95 HCE 7,110 8,870 8,830 9,770 9,340 1,747 6,870 1,195
-
-
7,440 1,660
R95
8,100 9,840 9,770 10,740 9,940 1,920
-
-
-
-
-
-
P110
5,880 9,760 9,710 10,740 11,190 1,922 7,890 1,337
-
-
7,440 1,912
T95
8,100 9,840 9,770 10,740 10,980 1,920
-
-
-
-
-
-
P110 MS 5,880 9,760 9,710 10,740 11,190 1,922 7,890 1,337
-
-
7,440 1,912
T95 HC
9,870 9,840 9,770 10,740 10,980 1,920
-
-
-
-
-
-
P110 EC 7,780 11,090 11,030 12,210 12,160 2,184 7,890 1,502
-
-
7,440 2,109
T95 E
8,100 10,350 10,280 11,310 10,980 2,021
-
-
-
-
-
-
P110 HCE 8,010 11,090 11,030 12,210 12,160 2,184 7,890 1,502
-
-
7,440 2,109
T95 HCE 9,870 10,350 10,280 11,310 10,980 2,021
-
-
-
-
-
-
C110
5,880 9,760 9,710 10,740 10,300 1,922 7,890 1,312
-
-
7,440 1,821
P110
8,840 11,390 11,310 12,440 13,160 2,223
-
-
-
-
-
-
Q125
6,070 11,090 11,030 12,210 12,160 2,184 7,890 1,502
-
-
7,440 2,109
P110 MS 8,840 11,390 11,310 12,440 13,160 2,223
-
-
-
-
-
-
10 3/4 68.80 68.76 0.636 20.208 9.322
Abbreviated Terms
SC
LC
ALT.
alternative drift
IP
internal pressure
N/A
OD
Weight
T&C
(in)
Wall
Area
PE
(lb/ft)
(in)
(in2)
Pipe Body
Drift
API
ALT.
(in)
(in)
10 3/4 68.80 68.76 0.636 20.208 9.322
10 3/4 73.20 72.40 0.672 21.276 9.250
10 3/4 79.20 78.59 0.734 23.096 9.126
Abbreviated Terms
SC
LC
ALT.
alternative drift
IP
internal pressure
N/A
N/A
N/A
Grade
Connections
Collapse
IP
IP
IP
IP
rupture)
PBYS
8rd SC
OD
8rd LC
Weight
Wall
Area
Pipe Body
Drift
BC
T&C
PE
API
ALT.
(in)
(in)
Grade
IP
Jt.
Strength
IP
Jt.
Strength
IP
Jt.
Strength
(psi)
(kips)
(psi)
(kips)
(psi)
(kips)
P110 EC 9,470 12,940 12,850 14,140 14,300 2,526
-
-
-
-
-
-
T95 E
P110 HCE 9,810 12,940 12,850 14,140 14,300 2,526
-
-
-
-
-
C110
8,840 11,390 11,310 12,440 12,100 2,223
-
-
-
-
Q125
(psi)
(psi)
(psi)
(psi)
(psi)
(kips)
Connections
Collapse
IP
IP
IP
IP
rupture)
PBYS
8rd SC
8rd LC
BC
IP
Jt.
Strength
IP
Jt.
Strength
IP
Jt.
Strength
(psi)
(kips)
(psi)
(kips)
(psi)
(kips)
10,800 11,950 11,840 12,940 12,780 2,310
-
-
-
-
-
-
-
T95 HCE 11,750 11,950 11,840 12,940 12,780 2,310
-
-
-
-
-
-
-
-
P110
12,030 13,140 13,020 14,240 15,300 2,541
-
-
-
-
-
-
(in)
(lb/ft)
(in)
(in2)
(psi)
(psi)
(psi)
(psi)
(psi)
(kips)
9,470 12,940 12,850 14,140 14,300 2,526
-
-
-
-
-
-
P110 MS 12,030 13,140 13,020 14,240 15,300 2,541
-
-
-
-
-
-
Q125 HC 9,810 12,940 12,850 14,140 14,300 2,526
-
-
-
-
-
-
P110 EC 13,160 14,940 14,800 16,180 16,630 2,887
-
-
-
-
-
-
Q125 HCE 9,810 13,980 13,880 15,270 14,920 2,728
-
-
-
-
-
-
P110 HCE 13,840 14,940 14,800 16,180 16,630 2,887
-
-
-
-
-
-
N80
8,070 8,750 8,690 9,530 8,240 1,702
-
-
-
-
-
-
C110
12,030 13,140 13,020 14,240 14,080 2,541
-
-
-
-
-
-
L80
10 3/4 79.20 78.59 0.734 23.096 9.126
N/A
8,070 8,750 8,690 9,530 9,470 1,702
-
-
-
-
-
-
Q125
13,160 14,940 14,800 16,180 16,630 2,887
-
-
-
-
-
-
L80 1Cr 8,070 8,750 8,690 9,530 9,470 1,702
-
-
-
-
-
-
Q125 HC 13,840 14,940 14,800 16,180 16,630 2,887
-
-
-
-
-
-
L80 HC
8,590 8,750 8,690 9,530 9,470 1,702
-
-
-
-
-
-
Q125 HCE 13,840 16,130 15,990 17,470 17,350 3,118
-
-
-
-
-
-
L80 IRP 8,070 8,750 8,690 9,530 9,470 1,702
-
-
-
-
-
-
N80
10,920 10,380 10,270 11,180 9,840 1,994
-
-
-
-
-
-
L80 HCE 8,590 9,570 9,500 10,420 9,470 1,862
-
-
-
-
-
-
L80
10,920 10,380 10,270 11,180 11,330 1,994
-
-
-
-
-
-
C90
8,760 9,850 9,770 10,720 11,020 1,915
-
-
-
-
-
-
L80 1Cr 10,920 10,380 10,270 11,180 11,330 1,994
-
-
-
-
-
-
R95
9,090 10,390 10,310 11,320 10,530 2,021
-
-
-
-
-
-
L80 HC 11,740 10,380 10,270 11,180 11,330 1,994
-
-
-
-
-
-
T95
9,090 10,390 10,310 11,320 11,640 2,021
-
-
-
-
-
-
L80 IRP 10,920 10,380 10,270 11,180 11,330 1,994
-
-
-
-
-
-
T95 HC 10,380 10,390 10,310 11,320 11,640 2,021
-
-
-
-
-
-
L80 HCE 11,740 11,350 11,230 12,230 11,330 2,181
-
-
-
-
-
-
T95 E
9,090 10,940 10,860 11,910 11,640 2,128
-
-
-
-
-
-
C90
12,010 11,680 11,550 12,580 13,200 2,243
-
-
-
-
-
-
T95 HCE 10,380 10,940 10,860 11,910 11,640 2,128
-
-
-
-
-
-
R95
12,540 12,330 12,190 13,280 12,600 2,367
-
-
-
-
-
-
P110
10,010 12,030 11,940 13,100 13,940 2,340
-
-
-
-
-
-
T95
12,540 12,330 12,190 13,280 13,950 2,367
-
-
-
-
-
-
P110 MS 10,010 12,030 11,940 13,100 13,940 2,340
-
-
-
-
-
-
T95 HC 13,070 12,330 12,190 13,280 13,950 2,367
-
-
-
-
-
-
P110 EC 10,820 13,670 13,570 14,890 15,150 2,660
-
-
-
-
-
-
T95 E
12,540 12,970 12,840 13,980 13,950 2,492
-
-
-
-
-
-
P110 HCE 11,290 13,670 13,570 14,890 15,150 2,660
-
-
-
-
-
-
T95 HCE 13,070 12,970 12,840 13,980 13,950 2,492
-
-
-
-
-
-
C110
10,010 12,030 11,940 13,100 12,830 2,340
-
-
-
-
-
-
P110
14,080 14,270 14,120 15,380 16,700 2,741
-
-
-
-
-
-
Q125
10 3/4 85.30 84.80 0.797 24.921 9.000
N/A
10,820 13,670 13,570 14,890 15,150 2,660
-
-
-
-
-
-
P110 MS 14,080 14,270 14,120 15,380 16,700 2,741
-
-
-
-
-
-
Q125 HC 11,290 13,670 13,570 14,890 15,150 2,660
-
-
-
-
-
-
P110 EC 15,530 16,220 16,050 17,470 18,150 3,115
-
-
-
-
-
-
Q125 HCE 11,290 14,770 14,660 16,080 15,810 2,872
-
-
-
-
-
-
P110 HCE 15,870 16,220 16,050 17,470 18,150 3,115
-
-
-
-
-
-
N80
9,480 9,560 9,470 10,350 9,030 1,848
-
-
-
-
-
-
C110
14,080 14,270 14,120 15,380 15,370 2,741
-
-
-
-
-
-
L80
9,480 9,560 9,470 10,350 10,390 1,848
-
-
-
-
-
-
Q125
15,530 16,220 16,050 17,470 18,150 3,115
-
-
-
-
-
-
L80 1Cr 9,480 9,560 9,470 10,350 10,390 1,848
-
-
-
-
-
-
Q125 HC 16,440 16,220 16,050 17,470 18,150 3,115
-
-
-
-
-
-
L80 HC 10,290 9,560 9,470 10,350 10,390 1,848
-
-
-
-
-
-
Q125 HCE 16,440 17,520 17,330 18,870 18,940 3,364
-
-
-
-
-
-
L80 IRP 9,480 9,560 9,470 10,350 10,390 1,848
-
-
-
-
-
-
L80 HCE 10,290 10,460 10,360 11,330 10,390 2,021
-
-
-
-
-
-
C90
10,370 10,750 10,660 11,650 12,090 2,079
-
-
-
-
-
-
R95
10,800 11,350 11,250 12,300 11,550 2,194
-
-
-
-
-
-
T95
10,800 11,350 11,250 12,300 12,780 2,194
-
-
-
-
-
-
T95 HC 11,750 11,350 11,250 12,300 12,780 2,194
-
-
-
-
-
-
Abbreviated Terms
SC
LC
ALT.
alternative drift
IP
internal pressure
Performance Data
11 3/4" - 26"
Vallourec USA Corporation / Performance Data 11 3/4” - 26” / pg. 81
Performance Data
11 3/4" - 26"
OD
Weight
T&C
(in)
Wall
Area
PE
(lb/ft)
(in)
(in2)
Pipe Body
Drift
API
ALT.
(in)
(in)
11 3/4 47.00 45.60 0.375 13.401 10.844 N/A
11 3/4 54.00 52.62 0.435 15.463 10.724 N/A
Grade
Connections
Collapse
IP
IP
IP
IP
rupture)
(psi)
(psi)
(psi)
(psi)
(psi)
PBYS
(kips)
8rd SC
8rd LC
BC
IP
Jt.
Strength
IP
Jt.
Strength
IP
Jt.
Strength
(psi)
(kips)
(psi)
(kips)
(psi)
(kips)
J55
1,510 3,070 3,070 3,440 3,050
737 3,070
477
-
-
3,070 807
K55
1,510 3,070 3,070 3,440 3,870
737 3,070
509
-
-
3,070 935
J55
2,070 3,560 3,550 3,970 3,560
850 3,560
568
-
-
3,560 931
K55
2,070 3,560 3,550 3,970 4,500
850 3,560
606
-
-
3,560 1,079
J55
2,660 4,010 3,990 4,450 4,010
951 4,010
649
-
-
4,010 1,042
K55
2,660 4,010 3,990 4,450 5,080
951 4,010
693
-
-
4,010 1,208
N80
3,180 5,830 5,810 6,470 5,410 1,384 5,810
924
-
-
5,830 1,440
L80
3,180 5,830 5,810 6,470 6,200 1,384 5,810
913
-
-
5,830 1,399
L80 1Cr 3,180 5,830 5,810 6,470 6,200 1,384 5,810
913
-
-
5,830 1,399
L80 HC
4,400 5,830 5,810 6,470 6,200 1,384 5,810
913
-
-
5,830 1,399
L80 IRP 3,180 5,830 5,810 6,470 6,200 1,384 5,810
913
-
-
5,830 1,399
L80 HCE 4,400 6,370 6,350 7,070 6,200 1,514 5,810
978
-
-
6,300 1,456
C90
3,360 6,550 6,530 7,280 7,200 1,557 5,810 1,011
-
-
6,300 1,517
11 3/4 60.00 58.87 0.489 17.300 10.616 10.625 R95
3,440 6,920 6,900 7,680 6,900 1,643 5,810 1,066
-
-
6,300 1,596
T95
3,440 6,920 6,900 7,680 7,610 1,643 5,810 1,066
-
-
6,300 1,596
T95 HC
4,350 6,920 6,900 7,680 7,610 1,643 5,810 1,066
-
-
6,300 1,596
T95 E
3,500 7,280 7,260 8,080 7,610 1,730 5,810 1,110
-
-
6,300 1,635
T95 HCE 4,350 7,280 7,260 8,080 7,610 1,730 5,810 1,110
-
-
6,300 1,635
P110
3,610 8,010 7,980 8,890 9,120 1,903 6,670 1,242
-
-
6,300 1,877
P110 MS 3,610 8,010 7,980 8,890 9,120 1,903 6,670 1,242
-
-
6,300 1,877
P110 HCE 4,490 9,100 9,070 10,100 9,910 2,162 6,670 1,395
-
-
6,300 2,074
Q125
3,680 9,100 9,070 10,100 9,910 2,162 6,670 1,395
-
-
6,300 2,074
Q125 HC 4,520 9,100 9,070 10,100 9,910 2,162 6,670 1,395
-
-
6,300 2,074
6,300 2,192
11 3/4 65.00 64.03 0.534 18.816 10.526 10.625
Q125 HCE 4,520 9,830 9,800 10,910 10,340 2,335 6,670 1,494
-
-
J55
3,290 4,370 4,360 4,840 4,390 1,035
-
-
-
-
-
-
K55
3,290 4,370 4,360 4,840 5,560 1,035
-
-
-
-
-
-
N80
3,870 6,360 6,340 7,040 5,920 1,505
-
-
-
-
-
-
L80
3,870 6,360 6,340 7,040 6,790 1,505
-
-
-
-
-
-
L80 1Cr 3,870 6,360 6,340 7,040 6,790 1,505
-
-
-
-
-
-
L80 HC
5,400 6,360 6,340 7,040 6,790 1,505
-
-
-
-
-
-
L80 IRP 3,870 6,360 6,340 7,040 6,790 1,505
-
-
-
-
-
-
L80 HCE 5,400 6,960 6,930 7,700 6,790 1,646
-
-
-
-
-
-
C90
4,060 7,160 7,130 7,920 7,890 1,693
-
-
-
-
-
-
R95
4,180 7,560 7,530 8,360 7,550 1,788
-
-
-
-
-
-
T95
4,180 7,560 7,530 8,360 8,340 1,788
-
-
-
-
-
-
5,490 7,560 7,530 8,360 8,340 1,788
-
-
-
-
-
-
T95 HC
Abbreviated Terms
SC
LC
ALT.
alternative drift
IP
internal pressure
pg. 82 / Vallourec USA Corporation / Performance Data 11 3/4” - 26”
OD
Weight
T&C
(in)
Wall
Area
PE
(lb/ft)
(in)
(in2)
Pipe Body
Drift
API
ALT.
(in)
(in)
Grade
11 3/4 65.00 64.03 0.534 18.816 10.526 10.625
11 3/4 71.00 69.48 0.582 20.420 10.430 N/A
11 3/4 75.00 73.54 0.618 21.613 10.358 N/A
Connections
Collapse
IP
IP
IP
IP
rupture)
PBYS
8rd SC
OD
8rd LC
Weight
Wall
Area
Pipe Body
Drift
BC
T&C
PE
API
ALT.
(in)
(in)
Grade
IP
Jt.
Strength
IP
Jt.
Strength
IP
Jt.
Strength
(psi)
(kips)
(psi)
(kips)
(psi)
(kips)
4,280 7,950 7,920 8,800 8,340 1,882
-
-
-
-
-
-
C90
T95 HCE 5,490 7,950 7,920 8,800 8,340 1,882
-
-
-
-
-
-
P110
4,480 8,750 8,710 9,680 9,990 2,070
-
-
-
-
-
-
P110 MS 4,480 8,750 8,710 9,680 9,990 2,070
-
-
-
-
-
-
P110 HCE 5,770 9,940 9,900 11,000 10,850 2,352
-
-
-
-
-
-
Q125
4,690 9,940 9,900 11,000 10,850 2,352
-
-
-
-
-
-
Q125 HC 5,810 9,940 9,900 11,000 10,850 2,352
-
-
-
-
-
Q125 HCE 5,810 10,740 10,690 11,880 11,320 2,540
-
-
-
-
J55
3,970 4,770 4,740 5,250 4,790 1,123
-
-
-
-
K55
3,970 4,770 4,740 5,250 6,070 1,123
-
-
-
N80
4,880 6,930 6,900 7,640 6,470 1,634
-
-
L80
(psi)
T95 E
Abbreviated Terms
SC
LC
ALT.
alternative drift
IP
internal pressure
(psi)
(psi)
(psi)
(psi)
(kips)
Connections
Collapse
IP
IP
IP
IP
rupture)
PBYS
8rd SC
8rd LC
BC
IP
Jt.
Strength
IP
Jt.
Strength
IP
Jt.
Strength
(psi)
(kips)
(psi)
(kips)
(psi)
(kips)
5,990 8,280 8,240 9,100 9,190 1,945
-
-
-
-
-
-
R95
6,150 8,740 8,700 9,610 8,790 2,053
-
-
-
-
-
-
T95
6,150 8,740 8,700 9,610 9,710 2,053
-
-
-
-
-
-
T95 HC
7,690 8,740 8,700 9,610 9,710 2,053
-
-
-
-
-
-
T95 E
6,300 9,200 9,150 10,120 9,710 2,161
-
-
-
-
-
-
T95 HCE 7,690 9,200 9,150 10,120 9,710 2,161
-
-
-
-
-
-
-
P110
6,540 10,120 10,070 11,130 11,630 2,377
-
-
-
-
-
-
-
-
P110 HCE 8,430 11,510 11,440 12,640 12,640 2,702
-
-
-
-
-
-
-
-
C110
6,540 10,120 10,070 11,130 10,700 2,377
-
-
-
-
-
-
-
-
-
Q125
6,810 11,510 11,440 12,640 12,640 2,702
-
-
-
-
-
-
-
-
-
-
Q125 HC 8,630 11,510 11,440 12,640 12,640 2,702
-
-
-
-
-
-
(in)
(lb/ft)
(in)
(in2)
11 3/4 75.00 73.54 0.618 21.613 10.358 N/A
(psi)
(psi)
(psi)
(psi)
(psi)
(kips)
4,880 6,930 6,900 7,640 7,430 1,634
-
-
-
-
-
-
Q125 HCE 8,630 12,430 12,360 13,660 13,190 2,918
-
-
-
-
-
-
L80 1Cr 4,880 6,930 6,900 7,640 7,430 1,634
-
-
-
-
-
-
J55
5,000 5,370 5,340 5,890 5,430 1,257
-
-
-
-
-
-
L80 HC
6,290 6,930 6,900 7,640 7,430 1,634
-
-
-
-
-
-
K55
5,000 5,370 5,340 5,890 6,870 1,257
-
-
-
-
-
-
L80 IRP 4,880 6,930 6,900 7,640 7,430 1,634
-
-
-
-
-
-
N80
6,430 7,820 7,770 8,560 7,330 1,829
-
-
-
-
-
-
L80 HCE 6,290 7,580 7,550 8,360 7,430 1,787
-
-
-
-
-
-
L80
6,430 7,820 7,770 8,560 8,410 1,829
-
-
-
-
-
-
C90
5,130 7,800 7,760 8,600 8,630 1,838
-
-
-
-
-
-
L80 1Cr 6,430 7,820 7,770 8,560 8,410 1,829
-
-
-
-
-
-
R95
5,240 8,230 8,200 9,070 8,260 1,940
-
-
-
-
-
-
L80 HC
7,780 7,820 7,770 8,560 8,410 1,829
-
-
-
-
-
-
T95
5,240 8,230 8,200 9,070 9,120 1,940
-
-
-
-
-
-
L80 IRP 6,430 7,820 7,770 8,560 8,410 1,829
-
-
-
-
-
-
T95 HC
6,760 8,230 8,200 9,070 9,120 1,940
-
-
-
-
-
-
L80 HCE 7,780 8,550 8,500 9,370 8,410 2,001
-
-
-
-
-
-
T95 E
5,330 8,670 8,630 9,550 9,120 2,042
-
-
-
-
-
-
C90
6,890 8,790 8,740 9,630 9,780 2,058
-
-
-
-
-
-
T95 HCE 6,760 8,670 8,630 9,550 9,120 2,042
-
-
-
-
-
-
R95
7,110 9,280 9,230 10,170 9,350 2,172
-
-
-
-
-
-
P110
5,470 9,530 9,490 10,510 10,920 2,246
-
-
-
-
-
-
T95
7,110 9,280 9,230 10,170 10,330 2,172
-
-
-
-
-
-
P110 HCE 7,250 10,840 10,780 11,940 11,870 2,552
-
-
-
-
-
-
T95 HC
8,620 9,280 9,230 10,170 10,330 2,172
-
-
-
-
-
-
C110
5,470 9,530 9,490 10,510 10,050 2,246
-
-
-
-
-
-
T95 E
7,310 9,770 9,710 10,710 10,330 2,286
-
-
-
-
-
-
Q125
5,760 10,840 10,780 11,940 11,870 2,552
-
-
-
-
-
-
T95 HCE 8,620 9,770 9,710 10,710 10,330 2,286
-
-
-
-
-
-
Q125 HC 7,370 10,840 10,780 11,940 11,870 2,552
-
-
-
-
-
-
P110
7,670 10,750 10,680 11,780 12,380 2,515
-
-
-
-
-
-
Q125 HCE 7,370 11,700 11,650 12,900 12,390 2,757
-
-
-
-
-
-
P110 HCE 9,690 12,210 12,140 13,380 13,450 2,858
-
-
-
-
-
-
J55
4,470 5,060 5,040 5,560 5,100 1,189
-
-
-
-
-
-
C110
7,670 10,750 10,680 11,780 11,390 2,515
-
-
-
-
-
-
K55
4,470 5,060 5,040 5,560 6,460 1,189
-
-
-
-
-
-
Q125
8,120 12,210 12,140 13,380 13,450 2,858
-
-
-
-
-
-
N80
5,630 7,360 7,320 8,090 6,890 1,729
-
-
-
-
-
-
Q125 HC 9,990 12,210 12,140 13,380 13,450 2,858
-
-
-
-
-
-
L80
11 3/4 79.00 77.80 0.656 22.863 10.282 N/A
5,630 7,360 7,320 8,090 7,900 1,729
-
-
-
-
-
-
Q125 HCE 9,990 13,190 13,110 14,450 14,040 3,087
-
-
-
-
-
-
L80 1Cr 5,630 7,360 7,320 8,090 7,900 1,729
-
-
-
-
-
-
J55
3,880 4,720 4,700 5,200 4,740 1,136
-
-
-
-
-
-
L80 HC
7,040 7,360 7,320 8,090 7,900 1,729
-
-
-
-
-
-
K55
3,880 4,720 4,700 5,200 6,010 1,136
-
-
-
-
-
-
L80 IRP
5,630 7,360 7,320 8,090 7,900 1,729
-
-
-
-
-
-
N80
4,750 6,860 6,830 7,570 6,400 1,652
-
-
-
-
-
-
L80 HCE 7,040 8,050 8,010 8,850 7,900 1,891
-
-
-
-
-
-
L80
4,750 6,860 6,830 7,570 7,340 1,652
-
-
-
-
-
-
11 7/8 71.80 70.26 0.582 20.648 10.555 10.625
Abbreviated Terms
SC
LC
ALT.
alternative drift
IP
internal pressure
pg. 84 Vallourec USA Corporation / Performance Data 11 3/4” - 26”
OD
Weight
T&C
(in)
Wall
Area
PE
(lb/ft)
(in)
(in2)
Pipe Body
Drift
API
ALT.
(in)
(in)
Grade
Connections
Collapse
IP
IP
IP
IP
rupture)
(psi)
(psi)
(psi)
(psi)
(psi)
PBYS
(kips)
L80 1Cr 4,750 6,860 6,830 7,570 7,340 1,652
L80 HC
13 3/8 61.00 59.50 0.430 17.487 12.359 N/A
13 3/8 68.00 66.17 0.480 19.445 12.259 N/A
Abbreviated Terms
SC
LC
ALT.
alternative drift
IP
internal pressure
OD
8rd LC
Weight
Wall
Area
Pipe Body
Drift
BC
IP
Jt.
Strength
IP
Jt.
Strength
IP
Jt.
Strength
(psi)
(kips)
(psi)
(kips)
(psi)
(kips)
-
-
-
-
-
-
T&C
(in)
PE
(lb/ft)
(in)
(in2)
API
ALT.
(in)
(in)
Grade
PBYS
8rd SC
8rd LC
BC
IP
Jt.
Strength
IP
Jt.
Strength
IP
Jt.
Strength
(psi)
(kips)
(psi)
(kips)
(psi)
(kips)
2,330 7,850 7,830 8,760 8,500 2,431 5,220 1,458
-
-
4,930 2,306
Q125 HC 2,930 7,850 7,830 8,760 8,500 2,431 5,220 1,458
-
-
4,930 2,306
(psi)
Q125
13 3/8 68.00 66.17 0.480 19.445 12.259 N/A
Connections
Collapse
IP
IP
IP
IP
rupture)
(psi)
(psi)
(psi)
(psi)
(kips)
6,160 6,860 6,830 7,570 7,340 1,652
-
-
-
-
-
-
L80 IRP 4,750 6,860 6,830 7,570 7,340 1,652
-
-
-
-
-
-
Q125 HCE 2,930 8,480 8,460 9,460 8,870 2,625 5,220 1,563
-
-
4,930 2,444
L80 HCE 6,160 7,500 7,470 8,270 7,340 1,807
-
-
-
-
-
-
N80
2,670 5,380 5,360 5,990 4,990 1,661 4,550 1,040
-
-
4,930 1,693
C90
4,980 7,720 7,680 8,510 8,540 1,858
-
-
-
-
-
-
L80
2,670 5,380 5,360 5,990 5,710 1,661 4,550 1,029
-
-
4,930 1,650
R95
5,080 8,150 8,110 8,980 8,170 1,962
-
-
-
-
-
-
L80 1Cr 2,670 5,380 5,360 5,990 5,710 1,661 4,550 1,029
-
-
4,930 1,650
T95
5,080 8,150 8,110 8,980 9,020 1,962
-
-
-
-
-
-
L80 HC
3,410 5,380 5,360 5,990 5,710 1,661 4,550 1,029
-
-
4,930 1,650
6,590 8,150 8,110 8,980 9,020 1,962
-
-
-
-
-
-
L80 IRP 2,670 5,380 5,360 5,990 5,710 1,661 4,550 1,029
-
-
4,930 1,650
5,170 8,580 8,540 9,460 9,020 2,065
-
-
-
-
-
-
L80 HCE 3,410 5,880 5,870 6,550 5,710 1,817 4,550 1,105
-
-
4,930 1,729
T95 HCE 6,590 8,580 8,540 9,460 9,020 2,065
-
-
-
-
-
-
C90
2,780 6,050 6,040 6,740 6,630 1,869 4,550 1,142
-
-
4,930 1,797
P110
5,290 9,430 9,390 10,400 10,800 2,271
-
-
-
-
-
-
R95
2,830 6,390 6,370 7,110 6,350 1,973 4,550 1,204
-
-
4,930 1,893
P110 HCE 7,190 10,720 10,670 11,820 11,740 2,581
-
-
-
-
-
-
13 3/8 72.00 70.67 0.514 20.768 12.191 12.250 T95
2,830 6,390 6,370 7,110 7,010 1,973 4,550 1,204
-
-
4,930 1,893
C110
5,290 9,430 9,390 10,400 9,940 2,271
-
-
-
-
-
-
T95 HC
3,490 6,390 6,370 7,110 7,010 1,973 4,550 1,204
-
-
4,930 1,893
Q125
5,630 10,720 10,670 11,820 11,740 2,581
-
-
-
-
-
-
T95 E
2,850 6,730 6,710 7,490 7,010 2,077 4,550 1,254
-
-
4,930 1,945
Q125 HC 7,400 10,720 10,670 11,820 11,740 2,581
-
-
-
-
-
-
T95 HCE 3,490 6,730 6,710 7,490 7,010 2,077 4,550 1,254
-
-
4,930 1,945
Q125 HCE 7,400 11,580 11,520 12,770 12,250 2,788
-
-
-
P110
11 7/8 71.80 70.26 0.582 20.648 10.555 10.625 T95 HC
T95 E
13 3/8 54.50 52.79 0.380 15.513 12.459 N/A
8rd SC
-
-
-
2,880 7,400 7,380 8,240 8,390 2,284 5,220 1,401
-
-
4,930 2,221
J55
1,130 2,730 2,730 3,070 2,710
853 2,730
514
-
-
2,730 909
P110 HCE 3,560 8,410 8,380 9,360 9,120 2,596 5,220 1,576
-
-
4,930 2,463
K55
1,130 2,730 2,730 3,070 3,440
853 2,730
547
-
-
2,730 1,038
Q125
2,880 8,410 8,380 9,360 9,120 2,596 5,220 1,576
-
-
4,930 2,463
J55
1,540 3,090 3,090 3,460 3,080
962 3,090
595
-
-
3,090 1,025
Q125 HC 3,580 8,410 8,380 9,360 9,120 2,596 5,220 1,576
-
-
4,930 2,463
K55
1,540 3,090 3,090 3,460 3,900
962 3,090
633
-
-
3,090 1,170
Q125 HCE 3,580 9,080 9,050 10,110 9,520 2,804 5,220 1,688
-
-
4,930 2,611
J55
1,950 3,450 3,450 3,850 3,440 1,069 3,450
675
-
-
3,450 1,140
N80
3,100 5,760 5,740 6,390 5,340 1,773
-
-
-
-
-
-
K55
1,950 3,450 3,450 3,850 4,360 1,069 3,450
718
-
-
3,450 1,300
L80
3,100 5,760 5,740 6,390 6,120 1,773
-
-
-
-
-
-
N80
2,260 5,020 5,010 5,610 4,650 1,556 4,550
963
-
-
4,930 1,585
L80 1Cr 3,100 5,760 5,740 6,390 6,120 1,773
-
-
-
-
-
-
L80
2,260 5,020 5,010 5,610 5,320 1,556 4,550
952
-
-
4,930 1,545
L80 HC
4,090 5,760 5,740 6,390 6,120 1,773
-
-
-
-
-
-
L80 1Cr 2,260 5,020 5,010 5,610 5,320 1,556 4,550
952
-
-
4,930 1,545
L80 IRP 3,100 5,760 5,740 6,390 6,120 1,773
-
-
-
-
-
-
L80 HC
2,820 5,020 5,010 5,610 5,320 1,556 4,550
952
-
-
4,930 1,545
L80 HCE 4,090 6,300 6,280 6,990 6,120 1,939
-
-
-
-
-
-
L80 IRP 2,260 5,020 5,010 5,610 5,320 1,556 4,550
952
-
-
4,930 1,545
C90
3,270 6,480 6,460 7,190 7,110 1,994
-
-
-
-
-
-
L80 HCE 2,820 5,500 5,480 6,130 5,320 1,701 4,550 1,023
-
-
4,930 1,618
R95
3,350 6,840 6,810 7,590 6,810 2,105
-
-
-
-
-
-
C90
2,320 5,650 5,640 6,310 6,180 1,750 4,550 1,057
-
-
4,930 1,683
T95
3,350 6,840 6,810 7,590 7,520 2,105
-
-
-
-
-
-
R95
2,340 5,970 5,950 6,660 5,920 1,847 4,550 1,114
-
-
4,930 1,772
T95 HC
4,210 6,840 6,810 7,590 7,520 2,105
-
-
-
-
-
-
T95
2,340 5,970 5,950 6,660 6,530 1,847 4,550 1,114
-
-
4,930 1,772
T95 E
3,400 7,200 7,170 7,990 7,520 2,216
-
-
-
-
-
-
T95 HC
2,870 5,970 5,950 6,660 6,530 1,847 4,550 1,114
-
-
4,930 1,772
T95 HCE 4,210 7,200 7,170 7,990 7,520 2,216
-
-
-
-
-
-
T95 E
2,330 6,280 6,260 7,010 6,530 1,945 4,550 1,161
-
-
4,930 1,821
P110
3,490 7,920 7,890 8,790 9,000 2,438
-
-
-
-
-
-
T95 HCE 2,870 6,280 6,260 7,010 6,530 1,945 4,550 1,161
-
-
4,930 1,821
P110 HCE 4,330 9,000 8,970 9,990 9,780 2,770
-
-
-
-
-
-
P110
2,330 6,910 6,890 7,710 7,820 2,139 5,220 1,297
-
-
4,930 2,079
Q125
3,550 9,000 8,970 9,990 9,780 2,770
-
-
-
-
-
-
P110 HCE 2,910 7,850 7,830 8,760 8,500 2,431 5,220 1,458
-
-
4,930 2,306
Q125 HC 4,370 9,000 8,970 9,990 9,780 2,770
-
-
-
-
-
-
13 3/8 77.00 75.40 0.550 22.160 12.119 N/A
Abbreviated Terms
SC
LC
ALT.
alternative drift
IP
internal pressure
OD
Weight
T&C
Wall
Area
PE
Pipe Body
Drift
API
ALT.
(in)
(in)
Grade
Connections
Collapse
IP
IP
IP
IP
rupture)
PBYS
8rd SC
OD
8rd LC
Weight
Wall
Area
Pipe Body
Drift
BC
T&C
PE
API
ALT.
(in)
(in)
Grade
IP
Jt.
Strength
IP
Jt.
Strength
IP
Jt.
Strength
(psi)
(kips)
(psi)
(kips)
(psi)
(kips)
13 3/8 77.00 75.40 0.550 22.160 12.119 N/A Q125 HCE 4,370 9,710 9,680 10,790 10,210 2,992
-
-
-
-
-
-
N80
3,980 6,420 6,400 7,100 5,980 2,042
-
-
-
-
-
-
L80
3,980 6,420 6,400 7,100 6,860 2,042
-
-
-
-
-
-
L80 1Cr 3,980 6,420 6,400 7,100 6,860 2,042
-
-
-
-
-
-
L80 HC
5,340 6,420 6,400 7,100 6,860 2,042
-
-
-
-
-
-
L80 IRP 3,980 6,420 6,400 7,100 6,860 2,042
-
-
-
-
-
-
C110
L80 HCE 5,340 7,020 7,000 7,770 6,860 2,233
-
-
-
-
-
-
Q125
C90
4,130 7,220 7,200 7,990 7,970 2,297
-
-
-
-
-
R95
4,260 7,630 7,600 8,430 7,630 2,425
-
-
-
-
-
T95
4,260 7,630 7,600 8,430 8,420 2,425
-
-
-
-
T95 HC
5,620 7,630 7,600 8,430 8,420 2,425
-
-
-
T95 E
(in)
(lb/ft)
(in)
(in2)
13 5/8 88.20 86.86 0.625 25.525 12.219 12.250
14
14
14
82.50 80.73 0.562 23.726 12.689 N/A
94.80 93.58 0.656 27.500 12.501 N/A
99.30 97.91 0.688 28.773 12.437 N/A
Abbreviated Terms
SC
LC
ALT.
alternative drift
IP
internal pressure
(psi)
(psi)
(psi)
(psi)
(psi)
(kips)
Connections
Collapse
IP
IP
IP
IP
rupture)
PBYS
8rd SC
8rd LC
BC
IP
Jt.
Strength
IP
Jt.
Strength
IP
Jt.
Strength
(psi)
(kips)
(psi)
(kips)
(psi)
(kips)
4,780 6,880 6,850 7,580 7,370 2,302
-
-
-
-
-
-
L80 HC
6,200 6,880 6,850 7,580 7,370 2,302
-
-
-
-
-
-
R95
5,120 8,170 8,130 9,010 8,190 2,733
-
-
-
-
-
-
P110
5,330 9,460 9,420 10,430 10,830 3,165
-
-
-
-
-
-
P110 HC 7,100 9,460 9,420 10,430 10,830 3,165
-
-
-
-
-
-
5,330 9,460 9,420 10,430 9,970 3,165
-
-
-
-
-
-
5,660 10,750 10,700 11,850 11,770 3,597
-
-
-
-
-
-
-
Q125 HC 7,220 10,750 10,700 11,850 11,770 3,597
-
-
-
-
-
-
-
N80
5,340 7,200 7,160 7,920 6,730 2,403
-
-
-
-
-
-
-
-
L80
5,340 7,200 7,160 7,920 7,720 2,403
-
-
-
-
-
-
-
-
-
L80 HC
6,760 7,200 7,160 7,920 7,720 2,403
-
-
-
-
-
-
R95
5,800 8,550 8,510 9,410 8,590 2,854
-
-
-
-
-
-
P110
6,130 9,900 9,850 10,890 11,360 3,304
-
-
-
-
-
-
(in)
14
(lb/ft)
(in)
(in2)
99.30 97.91 0.688 28.773 12.437 N/A
(psi)
L80
(psi)
(psi)
(psi)
(psi)
(kips)
4,370 8,030 7,990 8,880 8,420 2,553
-
-
-
-
-
-
T95 HCE 5,620 8,030 7,990 8,880 8,420 2,553
-
-
-
-
-
-
P110
4,570 8,830 8,790 9,760 10,080 2,808
-
-
-
-
-
-
P110 HC 7,980 9,900 9,850 10,890 11,360 3,304
-
-
-
-
-
-
P110 HCE 5,950 10,030 9,990 11,100 10,960 3,191
-
-
-
-
-
-
C110
6,130 9,900 9,850 10,890 10,450 3,304
-
-
-
-
-
-
C110
4,570 8,830 8,790 9,760 9,280 2,808
-
-
-
-
-
-
Q125
6,330 11,250 11,190 12,380 12,340 3,755
-
-
-
-
-
-
Q125
4,800 10,030 9,990 11,100 10,960 3,191
-
-
-
-
-
-
Q125 HC 8,140 11,250 11,190 12,380 12,340 3,755
-
-
-
-
-
-
Q125 HC 5,970 10,030 9,990 11,100 10,960 3,191
-
-
-
-
-
-
N80
6,260 7,720 7,670 8,460 7,230 2,567
-
-
-
-
-
-
Q125 HCE 5,970 10,840 10,790 11,980 11,430 3,446
-
-
-
-
-
-
L80
6,260 7,720 7,670 8,460 8,300 2,567
-
-
-
-
-
-
K55
2,420 3,860 3,850 4,290 4,890 1,305
-
-
-
-
-
-
L80 HC
7,630 7,720 7,670 8,460 8,300 2,567
-
-
-
-
-
-
N80
2,940 5,620 5,600 6,250 5,210 1,898
-
-
-
-
-
-
R95
6,900 9,170 9,110 10,050 9,230 3,048
-
-
-
-
-
-
L80
2,940 5,620 5,600 6,250 5,970 1,898
-
-
-
-
-
-
P110
7,430 10,620 10,550 11,640 12,220 3,529
-
-
-
-
-
-
L80 HC
3,840 5,620 5,600 6,250 5,970 1,898
-
-
-
-
-
-
P110 HC 9,430 10,620 10,550 11,640 12,220 3,529
-
-
-
-
-
-
R95
3,160 6,670 6,650 7,420 6,640 2,254
-
-
-
-
-
-
C110
7,430 10,620 10,550 11,640 11,240 3,529
-
-
-
-
-
-
K55
3,530 4,510 4,490 4,980 5,740 1,513
-
-
-
-
-
-
Q125
7,840 12,060 11,990 13,230 13,280 4,010
-
-
-
-
-
-
N80
4,220 6,560 6,530 7,250 6,110 2,200
-
-
-
-
-
-
Q125 HC 9,700 12,060 11,990 13,230 13,280 4,010
-
-
-
-
-
-
L80
4,220 6,560 6,530 7,250 7,010 2,200
-
-
-
-
-
-
N80
6,750 8,000 7,950 8,760 7,500 2,654
-
-
-
-
-
-
L80 HC
5,600 6,560 6,530 7,250 7,010 2,200
-
-
-
-
-
-
L80
6,750 8,000 7,950 8,760 8,620 2,654
-
-
-
-
-
-
R95
4,450 7,790 7,760 8,610 7,800 2,613
-
-
-
-
-
-
L80 HC
8,070 8,000 7,950 8,760 8,620 2,654
-
-
-
-
-
-
P110
4,800 9,020 8,980 9,960 10,310 3,025
-
-
-
-
-
-
R95
7,500 9,500 9,440 10,400 9,580 3,152
-
-
-
-
-
-
P110 HC 4,800 9,020 8,980 9,960 10,310 3,025
-
-
-
-
-
-
114.00 112.89 0.800 33.175 12.213 12.250 P110
8,130 11,000 10,930 12,040 12,680 3,649
-
-
-
-
-
-
C110
4,800 9,020 8,980 9,960 9,490 3,025
-
-
-
-
-
-
P110 HC 10,200 11,000 10,930 12,040 12,680 3,649
-
-
-
-
-
-
Q125
5,060 10,250 10,210 11,320 11,200 3,438
-
-
-
-
-
-
C110
8,130 11,000 10,930 12,040 11,670 3,649
-
-
-
-
-
-
Q125 HC 6,330 10,250 10,210 11,320 11,200 3,438
-
-
-
-
-
-
Q125
8,650 12,500 12,420 13,680 13,780 4,147
-
-
-
-
-
-
-
-
-
-
-
-
Q125 HC 10,540 12,500 12,420 13,680 13,780 4,147
-
-
-
-
-
-
-
-
-
-
-
-
K55
N80
3,900 4,730 4,710 5,210 6,020 1,583
4,780 6,880 6,850 7,580 6,420 2,302
-
-
-
-
-
-
14
14
14
14
103.50 102.21 0.720 30.039 12.373 N/A
110.00 109.17 0.772 32.082 12.269 N/A
115.00 114.48 0.812 33.642 12.189 12.250 Abbreviated Terms
SC
LC
ALT.
alternative drift
IP
internal pressure
N80
6,960 8,120 8,070 8,880 7,620 2,691
OD
Weight
T&C
(in)
Wall
Area
PE
Pipe Body
Drift
API
ALT.
(in)
(in)
Grade
14
14
16
16
16
Connections
Collapse
IP
IP
IP
IP
rupture)
PBYS
8rd SC
OD
8rd LC
Weight
Wall
Area
Pipe Body
Drift
BC
T&C
PE
API
ALT.
(in)
(in)
Grade
Connections
Collapse
IP
IP
IP
IP
rupture)
PBYS
8rd SC
8rd LC
IP
Jt.
Strength
IP
Jt.
Strength
IP
Jt.
Strength
(psi)
(kips)
(psi)
(kips)
(psi)
(kips)
6,960 8,120 8,070 8,880 8,750 2,691
-
-
-
-
-
-
R95
L80 HC
8,100 8,880 8,820 9,710 8,750 2,944
-
-
-
-
-
-
T95
7,750 9,640 9,580 10,540 9,730 3,196
-
-
-
-
-
-
115.00 114.48 0.812 33.642 12.189 12.250 P110 8,430 11,170 11,090 12,210 12,880 3,701
P110 HC 10,250 12,690 12,600 13,870 13,920 4,205
-
-
-
-
-
-
-
-
-
-
-
-
C110
8,430 11,170 11,090 12,210 11,850 3,701
-
-
-
-
-
-
C110
Q125
8,990 12,690 12,600 13,870 14,000 4,205
-
-
-
-
-
-
Q125
Q125 HC 10,560 13,700 13,610 14,980 14,430 4,542
-
-
-
-
-
-
Q125 HC 1,880 6,770 6,760 7,580 7,300 3,014 3,230 1,773
N80
7,100 8,200 8,150 8,960 7,700 2,716
-
-
-
-
-
-
K55
1,860 3,380 3,370 3,770 4,270 1,499
-
-
L80
7,100 8,200 8,150 8,960 8,840 2,716
-
-
-
-
-
-
N80
2,140 4,920 4,910 5,490 4,550 2,181
-
-
L80 HC
8,120 8,200 8,150 8,960 8,840 2,716
-
-
-
-
-
-
L80
2,140 4,920 4,910 5,490 5,210 2,181
-
R95
7,920 9,740 9,670 10,640 9,830 3,226
-
-
-
-
-
-
L80 HC
2,650 4,920 4,910 5,490 5,210 2,181
116.00 115.53 0.820 33.953 12.173 12.250 P110
8,630 11,280 11,200 12,320 13,020 3,735
-
-
-
-
-
-
2,180 5,530 5,520 6,180 6,050 2,453
P110 HC 10,350 11,280 11,200 12,320 13,020 3,735
-
-
-
-
-
-
C110
8,630 11,280 11,200 12,320 11,980 3,735
-
-
-
-
-
-
Q125
(lb/ft)
(in)
(in2)
(psi)
14
120.00 119.49 0.850 35.115 12.113 N/A
65.00 62.64 0.375 18.408 15.063 N/A
75.00 72.86 0.438 21.414 14.937 N/A
84.00 82.05 0.495 24.112 14.823 N/A
Abbreviated Terms
SC
LC
ALT.
alternative drift
IP
internal pressure
L80
R95
(psi)
(psi)
(psi)
(psi)
(kips)
(in)
16
16
(lb/ft)
(in)
(in2)
84.00 82.05 0.495 24.112 14.823 N/A
94.50 92.75 0.562 27.257 14.689 N/A
BC
IP
Jt.
Strength
IP
Jt.
Strength
IP
Jt.
Strength
(psi)
(kips)
(psi)
(kips)
(psi)
(kips)
1,480 5,140 5,130 5,760 5,080 2,291 3,230 1,354
-
-
3,550 2,153
1,480 5,140 5,130 5,760 5,610 2,291 3,230 1,354
-
-
3,550 2,153
T95 HC
1,860 5,140 5,130 5,760 5,610 2,291 3,230 1,354
-
-
3,550 2,153
P110
1,480 5,960 5,940 6,670 6,720 2,652 3,230 1,575
-
-
3,550 2,518
P110 HC 1,860 5,960 5,940 6,670 6,720 2,652 3,230 1,575
-
-
3,550 2,518
1,480 5,960 5,940 6,670 6,180 2,652 3,230 1,552
-
-
3,550 2,444
1,480 6,770 6,760 7,580 7,300 3,014 3,230 1,773
-
-
3,550 2,809
-
-
3,550 2,809
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
C90 HC 2,660 5,530 5,520 6,180 6,050 2,453
-
-
-
-
-
-
R95
2,190 5,840 5,830 6,520 5,790 2,589
-
-
-
-
-
-
T95
(psi)
C90
(psi)
(psi)
(psi)
(psi)
(kips)
9,230 12,810 12,730 14,000 14,150 4,244
-
-
-
-
-
-
2,190 5,840 5,830 6,520 6,390 2,589
-
-
-
-
-
-
Q125 HC 10,580 12,810 12,730 14,000 14,150 4,244
-
-
-
-
-
-
T95 HC
2,690 5,840 5,830 6,520 6,390 2,589
-
-
-
-
-
-
N80
7,630 8,500 8,440 9,270 7,990 2,809
-
-
-
-
-
-
P110
2,190 6,760 6,750 7,550 7,650 2,998
-
-
-
-
-
-
L80
7,630 8,500 8,440 9,270 9,180 2,809
-
-
-
-
-
-
P110 HC 2,730 6,760 6,750 7,550 7,650 2,998
-
-
-
-
-
-
L80 HC
8,160 8,500 8,440 9,270 9,180 2,809
-
-
-
-
-
-
C110
2,190 6,760 6,750 7,550 7,040 2,998
-
-
-
-
-
-
R95
8,560 10,090 10,020 11,010 10,210 3,336
-
-
-
-
-
-
Q125
2,190 7,680 7,670 8,580 8,310 3,407
-
-
-
-
-
-
P110
9,380 11,690 11,600 12,750 13,520 3,863
-
-
-
-
-
-
Q125 HC 2,740 7,680 7,670 8,580 8,310 3,407
-
-
-
-
-
-
P110 HC 10,400 11,690 11,600 12,750 13,520 3,863
-
-
-
-
-
-
K55
1,950 3,460 3,450 3,860 4,370 1,533
-
-
-
-
-
-
C110
9,380 11,690 11,600 12,750 12,440 3,863
-
-
-
-
-
-
N80
2,270 5,030 5,020 5,610 4,660 2,229
-
-
-
-
-
-
Q125
10,090 13,280 13,190 14,490 14,690 4,389
-
-
-
-
-
-
L80
2,270 5,030 5,020 5,610 5,330 2,229
-
-
-
-
-
-
Q125 HC 10,600 13,280 13,190 14,490 14,690 4,389
-
-
-
-
-
-
L80 HC
2,650 5,030 5,020 5,610 5,330 2,229
-
-
-
-
-
-
J55
630
2,260 2,250 2,550 2,230 1,012 2,260
591
-
-
2,260 1,031
K55
J55
2,330 5,660 5,650 6,310 6,190 2,508
-
-
-
-
-
-
630
2,260 2,250 2,550 2,830 1,012 2,260
625
-
-
2,260 1,144
C90 HC 2,660 5,660 5,650 6,310 6,190 2,508
-
-
-
-
-
-
1,010 2,630 2,630 2,960 2,610 1,178 2,630
710
-
-
2,630 1,200
R95
2,350 5,970 5,960 6,670 5,930 2,647
-
-
-
-
-
-
K55
1,010 2,630 2,630 2,960 3,310 1,178 2,630
752
-
-
2,630 1,331
T95
2,350 5,970 5,960 6,670 6,540 2,647
-
-
-
-
-
-
K55
1,400 2,980 2,970 3,340 3,750 1,326 2,980
865
-
-
2,980 1,499
T95 HC
2,690 5,970 5,960 6,670 6,540 2,647
-
-
-
-
-
-
N80
1,480 4,330 4,320 4,850 3,990 1,929 3,230 1,167
-
-
3,550 1,898
P110
2,340 6,920 6,900 7,720 7,830 3,065
-
-
-
-
-
-
L80
1,480 4,330 4,320 4,850 4,570 1,929 3,230 1,156
-
-
3,550 1,861
P110 HC 2,730 6,920 6,900 7,720 7,830 3,065
-
-
-
-
-
-
L80 HC
1,840 4,330 4,320 4,850 4,570 1,929 3,230 1,156
-
-
3,550 1,861
C110
2,340 6,920 6,900 7,720 7,210 3,065
-
-
-
-
-
-
1,480 4,870 4,860 5,460 5,310 2,170 3,230 1,284
-
-
3,550 2,043
Q125
2,340 7,860 7,840 8,770 8,510 3,483
-
-
-
-
-
-
C90 HC 1,850 4,870 4,860 5,460 5,310 2,170 3,230 1,284
-
-
3,550 2,043
Q125 HC 2,740 7,860 7,840 8,770 8,510 3,483
-
-
-
-
-
-
C90
16
97.00 94.81 0.575 27.864 14.663 N/A
Abbreviated Terms
SC
LC
ALT.
alternative drift
IP
internal pressure
C90
OD
Weight
T&C
(in)
Wall
Area
PE
(lb/ft)
(in)
(in2)
Pipe Body
Drift
API
ALT.
(in)
(in)
Grade
16
16
109.00 107.60 0.656 31.622 14.501 N/A
118.00 116.83 0.715 34.334 14.383 N/A
128.00 127.06 0.781 37.341 14.251 N/A
Abbreviated Terms
SC
LC
ALT.
alternative drift
IP
internal pressure
N80
L80
Connections
Collapse
IP
IP
IP
IP
rupture)
(psi)
16
(psi)
(psi)
(psi)
(psi)
PBYS
(kips)
3,080 5,740 5,720 6,370 5,330 2,530
8rd SC
OD
8rd LC
Weight
Wall
Area
Pipe Body
Drift
BC
IP
Jt.
Strength
IP
Jt.
Strength
IP
Jt.
Strength
(psi)
(kips)
(psi)
(kips)
(psi)
(kips)
-
-
-
-
-
-
T&C
(in)
16
PE
(lb/ft)
(in)
(in2)
API
ALT.
(in)
(in)
128.00 127.06 0.781 37.341 14.251 N/A
Grade
Connections
Collapse
IP
IP
IP
IP
rupture)
(psi)
(psi)
(psi)
(psi)
(psi)
PBYS
(kips)
8rd SC
8rd LC
BC
IP
Jt.
Strength
IP
Jt.
Strength
IP
Jt.
Strength
(psi)
(kips)
(psi)
(kips)
(psi)
(kips)
C110
5,240 9,400 9,350 10,360 9,900 4,108
-
-
-
-
-
-
Q125
5,570 10,680 10,630 11,780 11,690 4,668
-
-
-
-
-
-
3,080 5,740 5,720 6,370 6,110 2,530
-
-
-
-
-
-
L80 HC
4,060 5,740 5,720 6,370 6,110 2,530
-
-
-
-
-
-
Q125 HC 7,090 10,680 10,630 11,780 11,690 4,668
-
-
-
-
-
-
3,250 6,460 6,440 7,170 7,090 2,846
-
-
-
-
-
-
N80
5,760 7,440 7,400 8,170 6,960 3,236
-
-
-
-
-
-
C90 HC 4,080 6,460 6,440 7,170 7,090 2,846
C90
-
-
-
-
-
-
L80
5,760 7,440 7,400 8,170 7,990 3,236
-
-
-
-
-
-
R95
3,320 6,820 6,790 7,570 6,790 3,004
-
-
-
-
-
-
L80 HC
7,170 7,440 7,400 8,170 7,990 3,236
-
-
-
-
-
-
T95
3,320 6,820 6,790 7,570 7,490 3,004
-
-
-
-
-
-
6,130 8,370 8,320 9,190 9,290 3,641
-
-
-
-
-
-
T95 HC
4,180 6,820 6,790 7,570 7,490 3,004
-
-
-
-
-
-
C90 HC 7,300 8,370 8,320 9,190 9,290 3,641
-
-
-
-
-
-
P110
3,470 7,890 7,870 8,770 8,980 3,478
-
-
-
-
-
-
R95
6,300 8,830 8,780 9,700 8,880 3,843
-
-
-
-
-
-
P110 HC 4,300 7,890 7,870 8,770 8,980 3,478
-
-
-
-
-
-
T95
6,300 8,830 8,780 9,700 9,810 3,843
-
-
-
-
-
-
C110
3,470 7,890 7,870 8,770 8,260 3,478
-
-
-
-
-
-
T95 HC
7,840 8,830 8,780 9,700 9,810 3,843
-
-
-
-
-
-
Q125
16
138.00 137.66 0.850 40.456 14.113 N/A
C90
3,520 8,970 8,940 9,960 9,750 3,953
-
-
-
-
-
-
P110
6,730 10,230 10,170 11,230 11,750 4,450
-
-
-
-
-
-
Q125 HC 4,330 8,970 8,940 9,960 9,750 3,953
-
-
-
-
-
-
P110 HC 8,640 10,230 10,170 11,230 11,750 4,450
-
-
-
-
-
-
N80
3,690 6,260 6,230 6,930 5,820 2,747
-
-
-
-
-
-
C110
6,730 10,230 10,170 11,230 10,810 4,450
-
-
-
-
-
-
L80
3,690 6,260 6,230 6,930 6,670 2,747
-
-
-
-
-
-
Q125
7,020 11,620 11,560 12,770 12,770 5,057
-
-
-
-
-
-
L80 HC
5,030 6,260 6,230 6,930 6,670 2,747
-
-
-
-
-
-
Q125 HC 8,850 11,620 11,560 12,770 12,770 5,057
-
-
-
-
-
-
3,920 7,040 7,010 7,790 7,760 3,090
-
-
-
-
-
-
N80
6,620 7,930 7,880 8,680 7,430 3,437
-
-
-
-
-
-
C90 HC 5,150 7,040 7,010 7,790 7,760 3,090
-
-
-
-
-
-
L80
6,620 7,930 7,880 8,680 8,540 3,437
-
-
-
-
-
-
R95
4,030 7,430 7,400 8,220 7,420 3,262
-
-
-
-
-
-
L80 HC
7,960 7,930 7,880 8,680 8,540 3,437
-
-
-
-
-
-
T95
C90
4,030 7,430 7,400 8,220 8,190 3,262
-
-
-
-
-
-
7,110 8,920 8,860 9,770 9,930 3,867
-
-
-
-
-
-
T95 HC
5,260 7,430 7,400 8,220 8,190 3,262
-
-
-
-
-
-
C90 HC 8,010 8,920 8,860 9,770 9,930 3,867
-
-
-
-
-
-
P110
4,300 8,600 8,570 9,520 9,810 3,777
-
-
-
-
-
-
R95
7,340 9,410 9,360 10,310 9,490 4,081
-
-
-
-
-
-
T95
7,340 9,410 9,360 10,310 10,490 4,081
-
-
-
-
-
-
16
147.00 146.19 0.906 42.962 14.001 N/A
C90
P110 HC 5,490 8,600 8,570 9,520 9,810 3,777
-
-
-
-
-
-
C110
4,300 8,600 8,570 9,520 9,030 3,777
-
-
-
-
-
-
T95 HC
8,850 9,410 9,360 10,310 10,490 4,081
-
-
-
-
-
-
Q125
4,490 9,780 9,740 10,820 10,660 4,292
-
-
-
-
-
-
P110
7,950 10,900 10,830 11,940 12,560 4,726
-
-
-
-
-
-
Q125 HC 5,540 9,780 9,740 10,820 10,660 4,292
-
-
-
-
-
-
P110 HC 10,000 10,900 10,830 11,940 12,560 4,726
-
-
-
-
-
-
N80
4,700 6,830 6,800 7,540 6,380 2,987
-
-
-
-
-
-
C110
7,950 10,900 10,830 11,940 11,560 4,726
-
-
-
-
-
-
L80
4,700 6,830 6,800 7,540 7,310 2,987
-
-
-
-
-
-
Q125
8,440 12,390 12,310 13,560 13,650 5,370
-
-
-
-
-
-
L80 HC
6,110 6,830 6,800 7,540 7,310 2,987
-
-
-
-
-
-
Q125 HC 10,330 12,390 12,310 13,560 13,650 5,370
-
-
-
-
-
-
4,930 7,690 7,650 8,480 8,500 3,361
-
-
-
-
-
-
K55
630
2,250 2,250 2,540 2,820 1,367
-
-
-
-
-
-
C90 HC 6,230 7,690 7,650 8,480 8,500 3,361
-
-
-
-
-
-
N80
630
3,270 3,270 3,690 3,000 1,989
-
-
-
-
-
-
R95
5,020 8,120 8,080 8,950 8,130 3,547
-
-
-
-
-
-
L80
T95
5,020 8,120 8,080 8,950 8,980 3,547
-
-
-
-
-
-
T95 HC
6,530 8,120 8,080 8,950 8,980 3,547
-
-
-
-
-
P110
5,240 9,400 9,350 10,360 10,760 4,108
-
-
-
-
P110 HC 6,980 9,400 9,350 10,360 10,760 4,108
-
-
-
-
C90
630
3,270 3,270 3,690 3,430 1,989
-
-
-
-
-
-
L80 HC
630
3,270 3,270 3,690 3,430 1,989
-
-
-
-
-
-
-
R95
630
3,880 3,880 4,380 3,820 2,362
-
-
-
-
-
-
-
-
P110
630
4,500 4,490 5,070 5,040 2,734
-
-
-
-
-
-
-
-
P110 HC
630
4,500 4,490 5,070 5,040 2,734
-
-
-
-
-
-
18 5/8 87.50 84.59 0.435 24.858 17.568 N/A
Abbreviated Terms
SC
LC
ALT.
alternative drift
IP
internal pressure
OD
Weight
T&C
(in)
Wall
Area
PE
(lb/ft)
(in)
(in2)
Pipe Body
Drift
API
ALT.
(in)
(in)
Grade
K55
N80
L80
18 5/8 96.50 94.05 0.485 27.639 17.468 17.500 L80 HC
Pipe Body
Drift
IP
Jt.
Strength
IP
Jt.
Strength
IP
Jt.
Strength
(psi)
(kips)
(psi)
(kips)
(psi)
(kips)
-
-
-
-
-
-
T&C
(in)
20
PE
(lb/ft)
(in)
(in2)
API
ALT.
(in)
(in)
118.50 116.98 0.563 34.379 18.687 N/A
Grade
Connections
Collapse
IP
IP
IP
IP
rupture)
(psi)
(psi)
(psi)
(psi)
(psi)
PBYS
(kips)
8rd SC
8rd LC
BC
IP
Jt.
Strength
IP
Jt.
Strength
IP
Jt.
Strength
(psi)
(kips)
(psi)
(kips)
(psi)
(kips)
L80 HC
1,110 3,940 3,930 4,430 4,150 2,750
-
-
-
-
-
-
R95
1,110 4,680 4,670 5,260 4,620 3,266
-
-
-
-
-
-
-
-
-
-
-
-
870
3,650 3,640 4,100 3,350 2,211
-
-
-
-
-
-
870
3,650 3,640 4,100 3,830 2,211
-
-
-
-
-
-
P110
1,110 5,420 5,410 6,090 6,100 3,782
-
-
-
-
-
K55
1,490 3,060 3,050 3,420 3,850 2,125 2,400 1,253 2,410 1,453 2,310 2,123
-
-
-
-
-
-
N80
1,600 4,450 4,440 4,980 4,100 3,091 2,400 1,707 2,410 1,973 2,310 2,877
P110
870
5,010 5,010 5,640 5,630 3,040
-
-
-
-
-
-
L80
1,600 4,450 4,440 4,980 4,700 3,091 2,400 1,692 2,410 1,955 2,310 2,849
P110 HC
870
5,010 5,010 5,640 5,630 3,040
-
-
-
-
-
-
20
133.00 131.45 0.635 38.631 18.543 N/A
L80 HC
1,600 4,450 4,440 4,980 4,700 3,091 2,400 1,692 2,410 1,955 2,310 2,849
K55
1,420 2,990 2,990 3,350 3,770 1,805
-
-
-
-
-
-
R95
1,600 5,280 5,270 5,910 5,220 3,670 2,400 1,985 2,410 2,293 2,310 3,340
N80
1,500 4,350 4,340 4,880 4,010 2,626
-
-
-
-
-
-
P110
1,600 6,110 6,100 6,840 6,900 4,249 2,400 2,309 2,410 2,667 2,310 3,887
L80
1,500 4,350 4,340 4,880 4,590 2,626
-
-
-
-
-
-
K55
1,900 3,410 3,400 3,810 4,310 2,363
-
-
-
-
-
-
L80 HC
1,500 4,350 4,340 4,880 4,590 2,626
-
-
-
-
-
-
N80
2,190 4,960 4,950 5,540 4,590 3,437
-
-
-
-
-
-
R95
1,500 5,170 5,160 5,790 5,110 3,118
-
-
-
-
-
-
L80
P110
1,500 5,980 5,970 6,710 6,750 3,611
-
-
-
-
-
-
P110 HC 1,500 5,980 5,970 6,710 6,750 3,611
-
-
-
-
-
K55
2,090 3,580 3,570 3,990 4,530 2,147
-
-
-
-
N80
2,480 5,210 5,200 5,810 4,820 3,123
-
-
-
L80
2,480 5,210 5,200 5,810 5,530 3,123
-
-
-
2,480 5,210 5,200 5,810 5,530 3,123
-
-
R95
2,590 6,190 6,170 6,890 6,140 3,709
-
P110
2,190 4,960 4,950 5,540 5,260 3,437
-
-
-
-
-
-
L80 HC
2,190 4,960 4,950 5,540 5,260 3,437
-
-
-
-
-
-
-
R95
2,250 5,890 5,880 6,580 5,850 4,082
-
-
-
-
-
-
-
-
P110
2,250 6,820 6,810 7,620 7,720 4,727
-
-
-
-
-
-
-
-
-
K55
2,500 3,910 3,900 4,340 4,950 2,692
-
-
-
-
-
-
-
-
-
N80
3,020 5,680 5,670 6,310 5,270 3,916
-
-
-
-
-
-
-
-
-
-
L80
3,020 5,680 5,670 6,310 6,040 3,916
-
-
-
-
-
-
-
-
-
-
-
L80 HC
3,020 5,680 5,670 6,310 6,040 3,916
-
-
-
-
-
-
20
20
147.00 146.21 0.709 42.969 18.395 N/A
169.00 166.56 0.812 48.948 18.189 N/A
2,610 7,160 7,140 7,980 8,120 4,294
-
-
-
-
-
-
R95
3,250 6,750 6,730 7,500 6,720 4,650
-
-
-
-
-
-
P110 HC 2,610 7,160 7,140 7,980 8,120 4,294
-
-
-
-
-
-
P110
3,370 7,820 7,790 8,680 8,890 5,384
-
-
-
-
-
-
K55
2,250 3,720 3,710 4,140 4,710 2,228
-
-
-
-
-
-
N80
2,710 5,410 5,400 6,020 5,020 3,240
-
-
-
-
-
-
2,710 5,410 5,400 6,020 5,750 3,240
-
-
-
-
-
-
2,710 5,410 5,400 6,020 5,750 3,240
-
-
-
-
-
-
R95
2,870 6,430 6,410 7,150 6,390 3,848
-
-
-
-
-
-
P110
2,930 7,440 7,420 8,280 8,450 4,455
-
-
-
-
-
-
P110 HC 2,930 7,440 7,420 8,280 8,450 4,455
-
-
-
-
-
24
162.00 158.61 0.635 46.611 22.543 N/A
174.00 171.45 0.688 50.387 22.437 N/A
K55
920
2,550 2,540 2,870 3,200 2,564
-
-
-
-
-
-
N80
920
3,700 3,700 4,170 3,410 3,729
-
-
-
-
-
-
K55
1,160 2,760 2,750 3,100 3,470 2,771
-
-
-
-
-
-
N80
1,170 4,010 4,010 4,510 3,700 4,031
-
-
-
-
-
-
L80
1,170 4,010 4,010 4,510 4,230 4,031
-
-
-
-
-
-
R95
1,170 4,770 4,760 5,350 4,700 4,787-
-
-
-
-
-
P110
1,170 5,520 5,510 6,200 6,210 5,543
-
-
-
-
-
-
K55
520
2,110 2,110 2,380 2,640 1,480 2,110
824
2,110 955
2,110 1,479
K55
1,440 3,010 3,000 3,370 3,790 3,013
-
-
-
-
-
-
K55
770
2,410 2,400 2,710 3,020 1,685 2,400
960
2,410 1,113 2,310 1,683
N80
1,530 4,380 4,370 4,900 4,040 4,383
-
-
-
-
-
-
N80
770
3,500 3,500 3,940 3,220 2,450 2,400 1,307 2,410 1,511 2,310 2,281
L80
1,530 4,380 4,370 4,900 4,620 4,383
-
-
-
-
-
-
L80
770
3,500 3,500 3,940 3,680 2,450 2,400 1,296 2,410 1,497 2,310 2,259
R95
1,530 5,200 5,190 5,820 5,140 5,204
-
-
-
-
-
-
770
3,500 3,500 3,940 3,680 2,450 2,400 1,296 2,410 1,497 2,310 2,259
P110
1,530 6,020 6,000 6,740 6,780 6,026
-
-
-
-
-
-
K55
1,180 2,780 2,770 3,120 3,490 3,272
-
-
-
-
-
-
N80
1,190 4,040 4,030 4,530 3,720 4,760
-
-
-
-
-
-
L80
1,190 4,040 4,030 4,530 4,260 4,760
-
-
-
-
-
-
K55
1,100 2,710 2,710 3,040 3,400 1,891
-
-
24
Abbreviated Terms
SC
LC
ALT.
alternative drift
IP
internal pressure
2,510 2,500 2,820 3,150 1,520
Area
-
L80 HC
118.50 116.98 0.563 34.379 18.687 N/A
(kips)
Wall
4,330 4,320 4,870 4,260 2,626
20
(psi)
Weight
BC
3,650 3,640 4,100 3,830 2,211
L80
18 5/8 139.00 137.81 0.720 40.500 16.998 17.000 L80 HC
106.50 104.23 0.500 30.631 18.813 N/A
(psi)
OD
8rd LC
870
20
(psi)
8rd SC
870
18 5/8 136.00 132.84 0.693 39.040 17.052 N/A L80 HC
94.00 91.59 0.438 26.918 18.937 N/A
870
(psi)
PBYS
R95
18 5/8 114.00 111.70 0.579 32.825 17.280 N/A
Connections
Collapse
IP
IP
IP
IP
rupture)
(psi)
20
-
-
-
-
24
189.00 186.41 0.750 54.782 22.313 N/A
-
N80
1,110 3,940 3,930 4,430 3,630 2,750
-
-
-
-
-
-
L80
1,110 3,940 3,930 4,430 4,150 2,750
-
-
-
-
-
-
26
207.00 202.44 0.750 59.494 24.313 N/A
Abbreviated Terms
SC
LC
ALT.
alternative drift
IP
internal pressure
Marking & Color Codes
OD
Weight
T&C
(in)
Wall
Area
PE
(lb/ft)
(in)
(in2)
Pipe Body
Drift
API
ALT.
(in)
(in)
26
207.00 202.44 0.750 59.494 24.313 N/A
26
223.00 218.64 0.812 64.254 24.189 N/A
Abbreviated Terms
SC
LC
ALT.
alternative drift
IP
internal pressure
Grade
Connections
Collapse
IP
IP
IP
IP
rupture)
(psi)
(psi)
(psi)
(psi)
(psi)
PBYS
(kips)
8rd SC
8rd LC
BC
IP
Jt.
Strength
IP
Jt.
Strength
IP
Jt.
Strength
(psi)
(kips)
(psi)
(kips)
(psi)
(kips)
R95
1,190 4,800 4,790 5,380 4,730 5,652
-
-
-
-
-
-
K55
1,440 3,010 3,000 3,370 3,780 3,534
-
-
-
-
-
-
N80
1,520 4,370 4,360 4,900 4,030 5,140
-
-
-
-
-
-
R95
1,520 5,190 5,180 5,820 5,130 6,104
-
-
-
-
-
-
Marking & Color Codes
pg. 95 / Vallourec USA Corporation / Marking
Marking
Example 1: 9-5/8” 53.50# Q125 DWC/C
Vallourec Star 5CT-XXXX
SF
X/XX
9-5/8 53.50
Q1
XXF
S
S2L2 PXXXXX DWC/C
DA 8.500 JtXXX
XX
W/O XXXXXX
SLN XXXXXX Made in USA
XX.X
XXXX
Heat Traceability
end finish
API
monogram
manufacturer
license
number
OD
size
date of
manufacture
grade
nominal wt/ft
(last digit of
year/ month)
reduced
alternative
impact test
temperature
if applicable
seamless
process of
manufacture
test
pressure
special
drift
type of
thread
supplementary
requirements if
applicable
serialization
compatible
standards
(EC, HC,
HCE, RY, E,
MS)
work
order
number
weight
heat
number
country
of origin
length
Casing Thread-Type Identification
Symbols
Short Round Thread SC
Long Round Thread LC
Buttress Thread BC
* Special clearance couplings shall also
have a black band.
* * Seal-ring couplings shall also have a
blue band.
Example 2: 9-5/8” 53.50# P110MS VAM TOP
July 2014
license
number
SF
X/XX
end finish
API
monogram
manufacturer
9-5/8 53.50
OD
size
date of
manufacture
P
XXF
S
S2L2 PXXXXX VAM TOP DA 8.500 JtXXX
grade
nominal wt/ft
(last digit of
year/ month)
reduced
alternative
impact test
temperature
if applicable
seamless
process of
manufacture
test
pressure
MS
W/O XXXXXX
special
drift
type of
thread
supplementary
requirements if
applicable
serialization
compatible
standards
(EC, HC,
HCE, RY, E,
MS)
work
order
number
XX.X
XXXX
weight
heat
number
country
of origin
length
Example 3: 5-1/2” 23.00# P110EC VAM SG
API
monogram
manufacturer
license
number
Vallourec's SLN (Schedule Line Number)
is assigned at the time of rolling to provide
heat identification and traceability
throughout the entire process.
SF
X/XX
end finish
date of
manufacture
(last digit of
year/ month)
5-1/2 23.00
OD
size
P
XXF
S
[ ]
PXXXXX VAM SG
grade
nominal wt/ft
reduced
alternative
impact test
temperature
if applicable
seamless
process of
manufacture
test
pressure
supplementary
requirements if
applicable
D
JtXXX
EC
W/O XXXXXX
drift
type of
thread
serialization
compatible
standards
(EC, HC,
HCE, RY, E,
MS)
work
order
number
XX.X
XXXX
weight
heat
number
country
of origin
length
pg. 96 / Vallourec USA Corporation / Color Codes
Color Codes
Color Codes
Color Codes
Grade Coupling Pipe color code
color for threaded and/or
code
plain end pipes
Coupling
Entire
Pipe
Band 1 Band 2 Band 3 Band 4 Band 1 Band 2 Band 3 Band 4 Band 5
API Grades - API 9th Edition
code
plain end pipes
Coupling
Entire
Pipe
code
plain end pipes
Coupling
Entire
Pipe
Vallourec High Collapse Grades
Vallourec API Enhanced Grades
J55 tubing
Green
Green
VMS 55 HC
Red
Green
Green Green Black
VM 80 HC
Red
J55 casing
Green White
Green
L80 Type 1 HC
Red
Brown
Red
Brown Black
VM 95 HC
Brown Green
Brown Green
K55 Green
Green Green
L80 Type 1 HCE Red
Brown Pink
Red
Brown Black
VM 110 HC White Green
White Green
N80 Type 1
Red
Red
VM 80 ECL
Red
Brown Orange Orange Light
blue
Red
Brown Orange Orange Light
blue
VM 125 HC
Orange Green
Orange Green
N80 Q
Red
Red
C90 HC
Purple
Purple Black
VM 125 HYHC
Orange
Orange Purple Green
R95
Brown
Brown
T95 E
Silver Pink
Pink
Silver
Pink
VM 140 HC
Pink
White Green
Pink
White Green
L80 Type 1
Red
Brown
Red
Brown
T95 HC
Silver
Silver
Black
VM 150 HC
Dark
green
White Green
Dark
green
White Green
Yellow Yellow
Red
Brown Yellow Yellow
T95 HCE
Silver Pink
Pink
Silver
Black Pink
Yellow
Red
Brown Yellow
P110 MS
White Dark
green
Dark
green
Orange
White Dark
green
Dark
green
No entire
L80 9CR
color painting
No entire
L80 13CR
color painting
Green
(N80 Q coupling)
Green
Pink
Pink
Pink
(Q125 coupling)
Pink
Green Green
Red
Green Green
Pink
Vallourec Sour Service & High Collapse Grades
Orange
VM 80 HCSS
Red
Brown Green Orange Orange Red
Brown Green Orange Orange
C90
Purple
Purple
P110 RY
White Dark
green
Dark
green
White Dark
green
Dark
green
VM 90 HCSS
Purple Green Orange Orange
Purple Green Orange Orange
T95
Silver
Silver
P110 EC
White Light
blue
Light
blue
White Light
blue
Light
blue
VM 95 HCSS
Silver Green Orange Orange
Silver
C110
White Brown Brown
White Brown Brown
P110 HCE
White Pink
Pink
White Black Pink
VM 110 HCSS
White Brown Brown Green
P110
White
White
Q125 HC
Orange
Orange Black
VM 125 HCSS
Orange Green
Q125
Orange
Orange
Q125 HCE
Orange Pink
Orange Black Pink
Pink
Pink
Pink
Silver
Green Orange Orange
Orange White Brown Brown Green Orange
Silver
Orange Green Silver
Silver
Color Codes
code
plain end pipes
Coupling
Entire
Pipe
Vallourec Sour Service Grades
VM 80 SS
Red
VM 90 SS
Purple Orange Orange
Purple Orange Orange
VM 95 SS Silver Orange Orange
Silver
Orange Orange
VM 100 SS
Blue
Blue
Orange Orange
VM 110 SS
White Brown Brown Orange
White Brown Brown Orange
VM 125 SS
Orange Silver
Orange Silver Silver
VM 80 IRP
Red
VM 90 IRP
Purple Brown Orange Orange
Purple Brown Orange Orange
VM 95 IRP
Silver Brown Orange Orange
Silver
VM 140 CY
Orange Orange Purple
VM 125 CY
Orange Brown Purple
Orange Brown Purple
VM 130 CY
Orange Yellow Purple Orange Yellow Purple
VM 140 CY
Orange Purple
Orange Purple
(T95)
(T95)
Brown Orange Orange
Orange Orange
Silver
Red
Brown Brown Orange Orange Red
Brown Orange Orange
Brown Brown Orange Orange
Brown Orange Orange
Vallourec HY / CY Grades
(Q125 coupling)
VM125HY-VM140CY
Color Codes
code
plain end pipes
Coupling
Entire
Pipe
Vallourec Deep Well Grades
VM 140
Pink
White
Pink
White
VM 150
Dark
green
White
Dark
green
White
Vallourec Risers Grades
VM 95 R
Brown Blue
Blue
Brown Blue
Blue
VM 95 RSS
Silver Blue
Blue
Silver
Blue
Blue
VM 110 R
White Blue
Blue
White Blue
Blue
VM 110 RSS
White Brown Brown Blue
VM 125 R
Orange Blue
(R95)
(T95)
Brown
Blue
Blue
Brown
White Brown Brown Blue
Orange Blue
Blue
Vallourec 13%Cr Grades
VM 80 13CR
Red
Yellow Orange
Red
Brown Yellow Orange
VM 85 13CR
Blue
Yellow
Blue
Yellow
VM 90 13CR
Purple Yellow
Purple Yellow
VM 95 13CR
Brown Yellow
Brown Yellow
VM 95 13CRSS
Yellow White Green Silver
White Green Silver
VM 110 13CRSS
Yellow White Green White
White Green White
VM 125 13CRSS
Yellow White Green Orange
White Green Orange
VM 110
Yellow White Green White
Vallourec
Super 13%Cr Grades
13ECRSSCY
Purple White Green White Purple
Blue
Leader in Premium Tubular Solutions
Europe
North America
South America
July 2014
Africa
Sales Offices
Steel Plants
USA
Ph +1 713.479.3200
info.vus-na@vallourec.com
Canada
Ph +1 403.233.0119
sales.vca-can@vallourec.com
Mexico
Ph +52.229.989.8716
contacto.octg-mex@vallourec.com
www.vallourec.com

Vallourec USA Corporation OCTG Catalog

Transcription

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