SDR 21 - Pipelife Jet Stream Inc.

Transcription

PipeLife Jet Stream, Inc.
Post Office Box 190
Siloam Springs, AR 72761
479-524-5151 O
479-524-5464 F
PipeLife Jet Stream Products Quick Reference
Terms, Discounts & Warranty. . . . . . . . . . . . . . . 4
Certification of Compliance with
the American Recovery & Reinvestment Act . . . . . . 7
Pallet Program. . . . . . . . . . . . . . . . . . . . . . . 9
Load Sheet. . . . . . . . . . . . . . . . . . . . . . . . 10
Schedule 40 DWV - Plain End. . . . . . . . . . . . . . . 14
Schedule 40 - Belled End. . . . . . . . . . . . . . . . . 16
Schedule 80 - White Plain End . . . . . . . . . . . . . . 17
Pressure Rated PVC - Short Form Specification. . . . . . 18
Pressure Pipe* . . . . . . . . . . . . . . . . . . . . . . 19
PSI 315, 200 & 160 Solvent Weld
SDR 21 & 26 Gasketed Bell
C900, DR18 & DR14
Sewer Pipe - Short Form Specification . . . . . . . . . . 24
Gravity Sewer Pipe. . . . . . . . . . . . . . . . . . . . 25
SDR 35 & 26 Gasket Bell & Solvent Weld
ASTM D-2729 Solid & Perforated
Perforation Specifications & Styles
ASTM D-2729
ASTM D-3034
Well Casing - Soild & Slotted . . . . . . . . . . . . . . . 29
SDR 17, 21, 26, 32.5, 27.6, & Schedule 40
Schedule 80 & Schedule 120 Threaded. . . . . . . . . . 36
Installation Instructions
TiteLoc Well Casing - Solid & Slotted . . . . . . . . . . . 41
TiteLoc Technical Information . . . . . . . . . . . . . . 44
Chemical Resistance Characteristics . . . . . . . . . . . 47
*Available in Purple for Reclaimed Water Systems
2
Post Office Box 190
479-524-5151 O
479-524-5464 F
Terms & Discounts
CASH DISCOUNT TERMS: 1 1/2% 30/Net 31
FREIGHT TERMS: Freight prepaid on orders with minimum
$5,000 net. (One order - one destination)
NOTE: Following page has warranty agreement and other conditions.
4
Post Office Box 190
479-524-5151 O
479-524-5464 F
Prices
Prices, discounts and terms are subject to change without notice. Prices are those in effect at the time of shipment. Broken pallets are subject to
an additional 10% charge.
Terms of Payment
Cash Discount Terms - 1 1/2% 30 Net 31.
Delivery
A.
PipeLife Jet Stream, Inc. will assume no liability for additional costs or damages resulting from late deliveries. Delivery dates are based on estimates at time of quotation and/or placement of order.
B.
Several Eastern & Western states are not within standard delivery terms. Please contact Customer Relations Department for freight estimates on shipments going outside our established trade area.
Inc. will charge for any additional freight charges due to special handling or shipping requirements.
C.
PipeLife Jet Stream, Inc. will determine method of shipment on all orders placed. PipeLife Jet Stream, Credit Approval
Acceptance of all orders are subject to approval by our credit department.
Order Acceptance or Rejection
PipeLife Jet Stream, Inc. reserves the right to accept or reject any order. Possession of a price list does not constitute an offer to sell.
Errors & Claims
PipeLife Jet Stream Inc. will make good on its own errors, but cannot assume the responsibility for the errors of others. All claims for shortages
must be made within 15 calendar days of shipment. All claims for damages or shortages resulting from shipment handling must be made
directly to the carrier.
Returned Goods
All material returns must have written authorization by PipeLife Jet Stream Inc. prior to the return of material. Requests for authorization should
be directed to the Customer Relations Department at the Siloam Springs, AR plant. Returned materials will be subject to a 15% restocking fee
plus outbound & inbound freight charges. Any special orders, fabricated or non stocking items are not returnable.
Communications
All communications should be directed to your PipeLife Jet Stream, Inc. representative or Customer Relations Department at Siloam Springs, AR.
5
All PipeLife Jet Stream, Inc. products are warranted to be free
from defects in material and workmanship.
The extent of PipeLife Jet Stream, Inc.’s obligation under the
warranty is the replacement of such product deemed to be
defective if it or a representative portion thereof is returned to
PipeLife Jet Stream, Inc. (Siloam Springs Arkansas),
transportation prepaid, and proves to be defective within the
terms of the warranty. PipeLife Jet Stream, Inc. will provide
such replacement product at the original point of delivery.
The duration of the warranty and of any implied warranty is
one year from the date of shipment by PipeLife Jet Stream, Inc.
Under no circumstances will PipeLife Jet Stream, Inc. be liable
for any incidental or consequential damages resulting from
the use of this product.
P.O. BOX 190
SILOAM SPRINGS, ARKANSAS 72761
Post Office Box 190
479-524-5151 O
479-524-5464 F
Certification of Compliance with the
American Recovery and Reinvestment Act of 2009
Buy American Provisions Equipment and Materials
The manufacturer/supplier of this equipment is aware that the Town of Washington will receive
Federal Funds for the Project under the American Recovery and Reinvestment Act of 2009 (Pub. L.
No. 111-5) and said Act and published OMB Interim Final Guidance, 2 CFR Part 176 (April 23, 2009)
contain the following requirements:
“None of the funds appropriated or otherwise made available by the Recovery Act may
be used for a project for the construction, alteration, maintenance, or repair of any
public building or public work unless (1) The public building or public work is located
in the United States; and (2) All of the iron, steel, and manufactured goods used in
the project are produced or manufactured in the United States. (i) Production in the
United States of the iron and steel used in the project requires that all manufacturing
processes must take place in the United States, except metallurgical process involving
refinement of the steel additives. These requirements do not apply to iron or steel as
used in components or subcomponents of manufactured goods used in this project.
(ii) There is no requirement with regard to the origin of the components or subcomponents in manufactured goods used in the project, as long as the manufacturing occurs
in the United States.”
The EPA has defined “produced in the United States” as a product that is produced in the United
States where it is wholly manufactured in the United States, or, in the case of a product which
consists in whole or in part of materials from another country, it has substantially transformed
into a new and different article of commerce with a name, character, or use distinct from of the
article or articles from which it was so transformed. The equipment subject to this certification
meets that “substantial transformation” standard for “produced in the United States.”
7
Questions for Determining Whether Substantial Transformation has Occurred in the U.S.
Per the EPA guidelines, a respondent must answer “Yes” to either questions 1, 2, or 3, below. All “Yes” answers need to be
accompanied by a thorough explanation of the response. Simple “Yes” answers are always entirely insufficient to make the
case that an item has been substantially transformed in the United States. For further details, see the EPA release: http://
www.epa.gov/water/eparecovery/docs/10_23_09 Substantial Transformation memo Final.pdf
Question
yesno
1. Were all of the components of the manufactured good manufactured in the United
States, and were all of the components assembled into the final product in the U.S.? (If
the answer is yes, then this is clearly manufactured in the U.S., and the inquiry complete)
3
If the answer is “Yes” to any of 2a, 2b, 2c, then the answer to 2 is “Yes”
2. Was there a change in character or use of the good of the components in America?
(These Questions are asked about the finished good as a whole, not each individual component.)
A. Was there a change in the physical and/or chemical properties or characteristics
designed to alter the functionality of the good?
B. Did the manufacturing or processing operation results in a change of a product(s) with one use into a product with a different use?
C. Did the manufacturing or processing operation result in the narrowing of the range or
possible uses of a multiuse product?
If the answer is “Yes” to at least two of 3a, 3b, 3c, 3d, or 3e, then the answer to 3 is “Yes”
3. Was (were) the process(es) performed in the U.S. (including but not limited to assembly)
complex and meaningful?
A. Did the process(es) take a substantial amount of time?
B. Was(were) the process(es) costly?
C. Did the process(es) require particular high level skills?
D. Did the process(es) require a number of different operations?
E. Was substantial value added in the process(es)?
This certification applies to the following specific equipment items proposed to be incorporated into this project:
Manufacturer NameEquipment Description PipeLife Jet Stream, Inc.
PVC Pipe
Manufacturing Location(s)
Siloam Springs, Arkansas
The undersigned hereby certifies that this equipment complies with all applicable provisions of the American Recovery and Reinvestment Act of 2009 in accord with the Interim Final Guidance issued by the OMB and in compliance
with the “substantial transformation” test as currently applied.
Signature:
Company: PipeLife Jet Stream, Inc.
Name:
Scot McGuire
Address: 1700 S. Lincoln Street, Siloam Springs, AR 72761
Title: National Sales & Marketing Manager
Phone: 479-644-1213
e-mail: scot.mcguire@pipelife-jetstream.com
Fax: 479-524-5464
8
Post Office Box 190
479-524-5151 O
479-524-5464 F
Pallet Program
All PipeLife Jet Stream PVC pipe products are now available in easy-to-order pallet quantities.
Each pallet of pipe has an order unit number assigned to it according to the:
pallet height and pipe length.
Simply add the order units, make a total of 48, and you have a truckload of palletized pipes.
You can mix any combination of PipeLife Jet Stream pipe products on your truckload.
Please note that pipe ordered in 10' lengths must be ordered in multiples of 2 pallets with
equal order unit numbers.
Example
No. Of Pallets
DescriptionOrder Units EachOrder Units Total
3
8"D3034 (20')
4
2" SDR 26 160PSI (20')
4
4" D2729 (10') Solid
4
4" D2729 (10') Perforated
2
2" Schedule 40 DWV (10')
4
1" Schedule 80 (20')
1
6" D3034 (20')
1
4" Schedule 40 (20')
4
2
2
2
1
1
4
2
A complete listing of pallet quantities and unit order numbers are to follow.
9
12
8
8
8
2
4
4
_2_
Total 48
Pressure Pipe, Well Casing, DWV
Size
Description
PCS/PALFT/PAL 20' Order Unit 20'FT/Truck
1/2
1/2
1/2
3/4
3/4
3/4
1
1
1
1 1/4
1 1/4
1 1/4
1 1/4
1 1/2
1 1/2
1 1/2
1 1/2
2
2
2
2
2 1/2
2 1/2
2 1/2
2 1/2
3
3
3
3
4
4
4
4
4 1/2
4 1/2
4 1/2
5
5
5
5
6
6
6
6
SDR 13.5 315 PSI
SCH 40
SCH 80
SDR 21 200 PSI
SCH 40
SCH 80
SDR 21 200 PSI
SCH 40
SCH 80
SDR 26 160 PSI
SDR 21 200 PSI
SCH 40
SCH 80
SDR 26 160 PSI
SDR 21 200 PSI
SCH 40
SCH 80
SDR 26 160 PSI
SDR 21 200 PSI
SCH 40
SCH 80
SDR 26 160 PSI
SDR 21 200 PSI
SCH 40
SCH 80
SDR 26 160 PSI
SDR 21 200 PSI
SCH 40
SCH 80
SDR 26 160 PSI
SDR 21 200 PSI
SCH 40
SCH 80
SDR 26 160 PSI
SCH 40
SDR 17 250 PSI
SDR 26 160 PSI
SDR 17 20+
SCH 40 / SDR 21
SCH 80
SDR 26 160 PSI
SDR 21 200 PSI
SCH 40
SCH 80
480
480
480
300
300
270
400
200
200
281
281
281
138
203
203
203
94
140
140
140
140
87
87
87
87
60
60
60
60
36
36
36
36
24
24
24
21
21
21
21
30
30
30
18
9600
9600
9600
6000
6000
5400
8000
4000
4000
5620
5620
5620
2760
4060
4060
4060
1880
2800
2800
2800
2800
1740
1740
1740
1740
1200
1200
1200
1200
720
720
720
720
480
480
480
420
420
420
420
600
600
600
360
10
1
1
1
1
1
1
2
1
1
2
2
2
1
2
2
2
1
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
4
4
4
2.4
17280
17280
17280
17280
11520
11520
11520
10080
10080
10080
10080
7200
7200
7200
7200
Post Office Box 190
479-524-5151 O
479-524-5464 F
Pressure Pipe, Well Casing, DWV
Size
Description
PCS/PALFT/PAL 20' Order Units 20'FT/Truck
6 1/8
6 1/4
8
8
8
8
10
10
10
12
12
12
16
16
16
SDR 21 200 PSI
18
SDR 27.6 20+
18
SCH 40/SDR 26 160 PSI18
SDR 21 200 PSI
18
SCH 40 PE
18
SCH 80
9
SDR 26 20+
11
SDR 21 20+
11
SCH 40 PE & BE
11
SDR 26 20+
4
SDR 21 20+
4
SCH 40 PE & BE
4
SCH 40 20+
6
SDR 26 20+
6
SCH 40 SLOT
3
360
360
360
360
360
180
220
220
220
80
80
80
120
120
60
2.4
2.4
4
4
4
2
4
4
4
2*
2*
2*
4
4
2
7200
7200
4320
4320
4320
4320
2640
2640
2640
2240
2240
2240
1440
1440
1440
C900 DR18/DR14
Size
4
6
8
8
10
12
Description
DR18/DR14
DR18/DR14
DR18
DR14
DR18/DR14
DR18/DR14
PCS/PALFT/PAL 20' Order Units 20'
36
18
10
10
4
3/4
*See page 22 for load information.
*112 Pieces of 12" SDR26, SDR21 & SCH40 per Trucload.
11
720
360
200
200
80
60/80
2.4
3
2.4
2.67
2
4
FT/TRK 20'
14400
5760
4000
3600
2240
1680
Post Office Box 190
479-524-5151 O
479-524-5464 F
Sewer/Drain (Solid, Perf) 3034 BE & Gasketed Sewer
Size Description
3 D2729 S/D BE 10'
4 D2729 S/D BE 10'
6 D2729 S/D BE 10'
4 D3034 BE 10' & 20'
6 D3034 BE 10' & 20'
4D3034 GASKET
6D3034 GASKET
8D3034
GASKET
10
D3034
GASKET
12
D3034 GASKET
15
D3034
GASKET
18 D3034 GASKET
PIECESFT/PAL Order ft/palORDER ft/trkFT/trk
PALLET
14'Unts 14' 20'UNTS 20' 14'
20'
156
-
-
-
90
-
-
-
33
-
-
-
90
-
-
1800
33
-
-
660
90 12602.671800
40 5602.67800
24 3362.67480
12 1682.67240
9 1262.67180
3 421.3360
3 & 2 42/28 3.20
-
18 Pallets of 14' lengths of Sewer Main Pipe per Truckload, Except 15" & 18"
12
-
-
-
-
-
-
4
-
4
-
4 22680
21600
4 10080
9600
4 60485760
4 30242880
4 22682160
2 1512
1440
-
1050
-
Post Office Box 190
479-524-5151 O
479-524-5464 F
PVC DWV
DrainWaste Vent
DWV Available in Plain End Only
10 or 20 ft. Lengths
PIPELIFE JET STREAM, INC. PVC-DWV SCH. 40 PVC
1120/1220 ASTM D2665-68
Size
O.D.
Wall Thickness
Weight Per Foot
Lengths Per Pallet
11/4
1.660
.140
.439
281
11/2
1.900
.145
.525
203
2
2.375
.154
.702
140
3
3.500
.216
1.449
60
4
4.500
.237
2.064
36
6
6.625
.280
3.630
30
8
8.625
.322
5.463
10
10.750
.365
7.745
18
11
12
12.750
.406
10.240
4
Use PVC cement & cleaner only
Conforms to Commercial Standard CS 272-65
PipeLife Jet Stream, Inc. DWV meets requirements of FHA use of
Materials Bulletin UM53. Meets requirements of National
Sanitation Foundation and carries its Seal of Approval.
BOCA Southern Building Code Congress, and many other state,
local, federal and military codes.
14
Post Office Box 190
479-524-5151 O
479-524-5464 F
PVC Plastic Pipe
POLYVINYL CHLORIDE — 20 FOOT LENGTHS
CS207-60 ASTMD1785
PIPELIFE JET STREAM, INC.
SCH. 40 PVC 1120/1220
Nominal Wall
O.D.I.D.Thickness
Size
Pressure Rating @
73.4°
Ft. Per
Bundle
.840.622 .109 16.60
600
200
3/4"
1.050 .824
.113
22.00
480
200
1"
1.3151.049 .133
32.40
450
200
11/4"
∆
1.660 1.380
.140
43.90
370
-
11/2"
∆
1.900 1.610
.145
52.50
330
-
2"
∆
2.3752.067 .154
70.20
280
-
21/2" 2.8752.469 .203 110.80
300
-
3"
3.500 3.068
.216
144.90
260
-
∆
4"
4.500 4.026
.237
206.40
220
-
6"
6.625 6.065
.280
363.00
180
-
*8"
8.625 7.981
.322
584.50
160
-
10"
10.75010.020
.365
774.50
140
-
12"
12.75011.938
.406
1024.00
130
-
1/2"
Wt. Per
100 Ft.
* Standard length 20 ft. Except 8 inch Diameter which is 20 ft. Laying Length.
∆ These sizes are dual marked 2665 and 1785.
Pipe produced in accordance with ASTM D1785 & D1784
COLOR OF PIPE —WHITE
USE ONLY PVC CEMENT
PVC Schedule 40 Not recommended for threading
16
Post Office Box 190
479-524-5151 O
479-524-5464 F
PVC Plastic Pipe
POLYVINYL CHLORIDE — 20 FOOT LENGTHS
CS207-60 ASTMD1785
PIPELIFE JET STREAM, INC. SCHEDULE 80 PVC 1120/1220
Plain End - White
Nominal Wall
O.D.I.D.Thickness
Size
1/2"
.840 .502.147
Wt. Per
100 Ft.
Pressure Rating @ Ft. Per
73.4°
Bundle
21.00
850
200
3/4"
1.050 .698 .154
28.30
690
300
1"
1.315 .910 .179
41.70
630
100
1.660
57.30
520
-
1 ¼"
1.227
.191
11/2"
1.900 1.446 .200
69.50
470
-
2.375
96.10
400
-
2" 1.881
.218
21/2"
2.875 2.250 .276
146.60
420
-
3"
3.500 2.820 .300
196.10
370
-
4"
4.500 3.737 .337
286.60
320
-
6"
6.625 5.646 .432
546.60
280
-
8"
8.625 7.490 .500
830.10
250
-
10" 10.750 9.407 .593
1230.00
230
-
12" 12.75011.197 .687
1693.30
230
-
No Belled End
COLOR OF PIPE —WHITE
USE ONLY PVC CEMENT
17
Post Office Box 190
479-524-5151 O
479-524-5464 F
Pressure Rated PVC Pipe
Class Class 160 SDR-26
200 SDR-21
Sizes Sizes 1-1/2” – 12”
1-1/2” – 12”
Short Form Specification
SCOPE
This specification outlines the requirements for rigid polyvinyl (PVC) pipe for potable water
systems and other pressure pipe applications. When used for potable water systems the pipe
shall meet ANSI/NSF Standard 14 for thermoplastic materials, pipe, fittings, valves, traps, and
joining materials.
MATERIALS
The pipe shall be extruded from PVC meeting the requirements of Cell Classification 12454
as defined in ASTM D-1784, PVC compounds. The PVC pipe shall be certified by NSF International
to ANSI/NSF Standard 14.
PIPE
Pipe shall be manufactured to iron pipe sizes (IPS) outside dimensions in compliance with
ASTM D-2241.
Pipe shall have an integral bell and the gasket seal shall be the locked-in type gasket reinforced
with a steel band or other rigid material and shall conform to ASTM F-477 “Elastomeric Seals for
Joining Plastic Pipe.” The joint shall be in compliance with the requirements for ASTM D-3139
“Joints for Plastic Pressure Pipe using Flexible Elastomeric Seals.”
Standard length shall lay 20 feet.
18
PVC Plastic Pipe
POLYVINYL CHLORIDE — TYPE 1, Grade 1 & 2 20 FOOT LENGTHS
PIPELIFE JET STREAM, INC. 160 PSI PVC 1120/1220
Nominal Wall
Wt. Per
Size
O.D.I.D.Thickness
100 Ft.
1 1/4"
1 1/2"
2"
2 1/2"
3"
*4"
*5"
*6"
*8"
*10"
*12"
1.6601.532
1.900
1.754
2.3752.193
2.875
2.655
3.5003.230
4.500 4.154
5.563 5.135
6.625 6.115
8.625 7.961
10.750 9.924
12.75011.770
.064
.073
.091
.110
.135
.173
.214
.255
.332
.413
.490
21.70
28.30
43.70
63.30
93.70
158.40
241.60
343.50
584.50
907.20
1280.20
Nominal Wall
Wt. Per
Ft. Per
O.D.I.D.Thickness
100 Ft.
Bundle
Size
3/4" 1.050.930.060 12.60
1"
1.315 1.189 .063
16.70
1 1/4"
1.660
1.502
.079
26.30
1 1/2"
1.900
1.720
.090
34.20
2"
2.375 2.149 .113
53.20
2 1/2"
2.875
2.601
.137
77.40
3"
3.500 3.166 .167 114.30
*4"
4.500 4.072 .214 193.40
*5"
5.563 5.033 .265 296.60
*6"
6.625 5.993 .316 422.00
8"
8.625 7.805 .410 715.70
10" 10.750 9.728 .511 1112.90
12"
12.75011.538 .606 1569.80
200
200
-
Nominal Wall
Wt. Per
feet per
Size
O.D.I.D.Thickness
100 Ft.bundle
1/2"
.840.716 .062 10.2
200
PVC 160 & 200 Not recommended for threading
Conforms to Federal Housing Administration Use of Material Bulletin No. UM41
* Standard length 20 ft. Except 4, 5, 6, 8, 10 an 12 inch Diameter which are 20 ft. Laying Length.
Color of Pipe –White Use only PVC cement
19
Purple Pipe
For Use in Reclaimed Water Systems
PVC Plastic Pipe
POLYVINYL CHLORIDE — TYPE 1, Grade 1 & 2 20 FOOT LENGTHS
Nominal Wall
Wt. PerGasketed
Size
O.D.I.D.Thickness
100 Ft.
WT. PER 100 FT.
1 1/4"
1 1/2"
2"
2 1/2"
3"
*4"
*5"
*6"
*8"
*10"
*12"
1.6601.532
1.900
1.754
2.3752.193
2.875
2.655
3.5003.230
4.500 4.154
5.563 5.135
6.625 6.115
8.625 7.961
10.750 9.924
12.75011.770
.064
.073
.091
.110
.135
.173
.214
.255
.332
.413
.490
21.70
28.30
43.70
63.30
93.70
158.40
241.60
343.50
584.50
907.20
1280.20
-
29.40
45.40
66.00
97.40
159.90
-
346.60
590.20
917.60
1295.30
I
P
E
P
Nominal Wall
Wt. PerGaSKETEDFt. Per
O.D.I.D.Thickness
100 Ft.
WT. PER 100 FT.
Bundle
Size
E
L
3/4" 1.050.930.060 12.60
-
1"
1.315 1.189 .063
16.70
-
1 1/4"
1.660
1.502
.079
26.30
-
1 1/2"
1.900
1.720
.090
34.20
35.50
2"
2.375 2.149 .113
53.20
55.00
2 1/2"
2.875
2.601
.137
77.40
80.30
3"
3.500 3.166 .167 114.30
118.90
*4"
4.500 4.072 .214 193.40
194.90
*5"
5.563 5.033 .265 246.60
-
*6"
6.625 5.993 .316 422.00
425.00
8"
8.625 7.805 .410 715.70
721.20
10" 10.750 9.728 .511 1112.90
1123.30
12"
12.75011.538 .606 1569.80
1585.30
P
R
U
P
200
200
-
Nominal Wall
Wt. Per
feet per
Size
O.D.I.D.Thickness
100 Ft.bundle
1/2"
.840.716 .062 10.2
200
PVC 160 & 200 Not recommended for threading
* Standard length 20 ft. Except 4, 5, 6, 8, 10 an 12 inch Diameter which are 20 ft. Laying Length.
Color of Pipe –Purple PMS #522C Use only PVC cement
20
Post Office Box 190
479-524-5151 O
479-524-5464 F
Gasket
Pressure Pipe
FEATURES
1
Integral Gasket Joint - Easy Installation
2
Manufactured to exceed the requirements of ASTMD 2241
3
NSF Approved
4
Easy to order pallet quantities
5
Gaskets and lubricant included in price
6
12454 (Type 1, Grade 1, PVC 1120) material
SDR 26 - 160 PSI
SizeO.D.
Min. Wall
Thickness
11/2
2
2 1/2
3
4
6
8
10
12
1.900
2.375
2.875
3.500
4.500
6.625
8.625
10.750
12.750
Weight Pieces Order
100 Ft.per PalletUnit
.073
.091
.110
.135
.173
.255
.332
.413
.490
29.40
45.40
66.00
97.40
159.90
346.60
590.20
917.60
1295.30
203
140
87
60
36
30
18
11
4
2
2
2
2
2
4
4
4
2
SDR 21 - 200 PSI
SizeO.D.
Min. Wall
Thickness
11/2
2
2 1/2
3
4
6
8
10
12
1.900
2.375
2.875
3.500
4.500
6.625
8.625
10.750
12.750
Weight Pieces Order
100 Ft.per PalletUnit
.090
35.50
.113
55.50
.137
80.30
.167 118.90
.214 194.90
.316 425.00
.410 721.20
.511 1123.30
.606 1585.30
* A palletized truckload of PipeLife Jet Stream, Inc. PVC Pipe equals a total of 48 order units.
21
203
140
87
60
36
30
18
11
4
2
2
2
2
2
4
4
4
2
Post Office Box 190
479-524-5151 O
479-524-5464 F
PVC 1120
Pressure Pipe
AWWA Standard C900
Water Distribution Pipe
FEATURES
1
Integral Gasket Joint - Easy Installation
2
Manufactured to meet the requirements of AWWA C900
3
NSF, UL and FM Approved (When Applicable)
4
Easy to order pallet quantities
5
Gaskets and lubricant included in price
6
12454 (Type 1, Grade 1, PVC 1120) material
DR 18 - 150 PSI
SizeO.D.
Min. Wall
Weight Pieces * Order
Thicknesslbs/ Ft.per PalletUnit
4
6
8
10
12
4.800
6.900
9.050
11.100
13.200
.267
.383
.503
.617
.733
2.55
5.29
9.15
13.82
19.56
36
18
10
4
4/3
2.4
3
2.4
2
4
DR 14 - 200 PSI
SizeO.D.
Min. Wall
Weight Pieces * Order
Thicknesslbs / Ft.per PalletUnit
4
6
8
10
12
4.800
6.900
9.050
11.100
13.200
.343
.493
.646
.793
.943
3.22
6.70
11.55
17.46
24.75
* A palletized truckload of PipeLife Jet Stream, Inc. PVC Pipe equals a total of 48 order units.
22
36
18
10
4
4/3
2.4
3
2.4
2
4
Post Office Box 190
479-524-5151 O
479-524-5464 F
ASTM D-3034 & ASTM F-679
4"-18"
SDR 35 Sewer Pipe
&
4" - 18"
SDR-26 Heavy Wall Sewer Pipe
Short Form Specification
SCOPE
This specification designates requirements for polyvinyl chloride (PVC) sewer pipe with integral
bell and spigot joints.
MATERIALS
Pipe shall be made from Class 12454 as prescribed in ASTM D-1784. All sewer pipe shall meet the
requirements of ASTM D-3034 for sizes 4" -15" and ASTM F-679 for 18" pipe. The Standard Dimension Ratio (SDR) of all pipe and fittings shall be 35 unless otherwise specified. Heavy wall sewer
pipe shall be SDR-26 for sizes 4"-18"
PIPE
All pipe shall be suitable for use as a gravity sewer. Sizes and dimensions shall be as designated in
ASTM D-3034 and F-679.
Standard length shall lay 14 ft. or 20 ft.
JOINTS
Pipe shall have an integral bell end with gasket seal, which has been reinforced with a steel ring,
band, or other rigid material that permanently locks the gasket in place during manufacturing.
The joint shall be in compliance with the requirements of ASTM D-3212 (joints for drain and
sewer plastic pipes using flexible elastomeric seals). Gaskets shall be of a lock-in type gasket,
Reiber Type or equal design, meeting the requirements of ASTM F-477.
24
Post Office Box 190
479-524-5151 O
479-524-5464 F
PVC Gravity Sewer Pipe
ASTM D 3034 PSM
SDR35
Size
WallO.D.ApproxGasket Joint Pieces Solvent Joint
Thickness
Weight/Ft. Lay - Length Per Pallet Lay - Length
4
6
8
10
12
15
.120
.180
.240
.300
.360
.437
4.215
6.275
8.400
10.500
12.500
15.300
.986
2.27
4.08
6.36
9.11
13.78
14' - 20'
14' - 20'
14' - 20'
14' - 20'
14' - 20'
14' - 20'
90
40
24
12
9
3
10' -20'
10' -20'
N/A
N/A
N/A
N/A
PIECES
PER PALLET
90
33
N/A
N/A
N/A
N/A
4" & 6" SDR 35-10' length - available in perforated, 2 or 3 rows of holes. (see page 27)
ASTM F 679
SDR 35
Size
WallO.D.Approximate
Pieces Solvent JointGasket Joint
Thickness
Weight/Ft.per Pallet
Length
Lay - Length
18
.536
18.701 20.78
3
N/A
14' only
PipeLife Jet Stream, Inc. PVC Gravity Sewer Pipe is manufactured using the Rieber Gasket System. The Rieber Gasket is
manufactured in accordance with ASTM F-477 standards.
We cannot say that the locked-in-gasket will never have a problem, however, the performance of the locked-in-gasket
is as close to trouble free as you can get. A trouble free locked-in-gasket joining installation will guard against rolled
gaskets and gasket installation mistakes.
Cross section of a PipeLife Jet Stream, Inc. Locked in gasketed joint.
25
Post Office Box 190
479-524-5151 O
479-524-5464 F
PVC Gravity Sewer Pipe
ASTM D 3034 PSM
SDR26
Size
WallO.D.ApproxGasket Joint
PiecesSOLVENT JOINT PIECES
Thickness
Weight/Ft. Lay - Length Per Pallet
LENGTH
PER PALLET
4
6
8
10 12
15
.162
4.215
.241
6.275
.323 8.400
.404
10.500
.481 12.500
.588 15.300
1.40
3.11
5.61
8.79
12.50
18.80
14'
14'
14'
14'
14'
14'
90
40
24
12
9
3
10' - 20'*
90
10' - 20'*
33
N/AN/A
N/AN/A
N/AN/A
N/AN/A
*20' lengths available as Special Order only.
ASTM F 679
SDR 26
Size
WallO.D.Approximate
Pieces Gasket Joint
Thickness
Weight/Ft.per Pallet
Lay - Length
18
.720
18.701 27.83
3
14' only
PipeLife Jet Stream, Inc. PVC Gravity Sewer Pipe is manufactured using the Rieber Gasket System. The Rieber Gasket is
manufactured in accordance with ASTM F-477 standards.
We cannot say that the locked-in-gasket will never have a problem, however, the performance of the locked-in-gasket
is as close to trouble free as you can get. A trouble free locked-in-gasket joining installation will guard against rolled
gaskets and gasket installation mistakes.
Cross section of a PipeLife Jet Stream, Inc. Locked in gasketed joint.
26
Post Office Box 190
479-524-5151 O
479-524-5464 F
PVC Pipe Perforation Specifications
PVC DRAINAGE PIPE
ASTM D-2729
Perf Styles 1, 2, & 3
Size
O.D.
Wall LengthRows ofHoleHole Spacing Feet
ThicknessperforationsSize Per Row Inches Per Pallet
33.250 .070 10'
4 4.215 .75
10'
6 6.275 .100 10'
PVC SDR 35 SEWER PIPE
ASTM D-3034
2
2
2
5/8"
5/8"
5/8"
5
5
5
1560'
900'
330'
Perf Styles 1 & 2
Size
O.D.
Wall LengthRows ofHoleHole Spacing Feet
ThicknessperForationsSize Per Row Inches Per Pallet
44.215 .120 10'
6 6.275 .180 10'
2
2
Perforation Styles
1
2
Typical 2-Row Pattern
3-hole 60°
Conforms to ASTM D-2729
27
5/8"
5/8"
5
5
3
900'
330'
3-hole 120°
Post Office Box 190
479-524-5151 O
479-524-5464 F
Twenty + Plus PVC Well Casing
PipeLife Jet Stream, Inc. Twenty + well casing is produced to ASTM F-480 specifications
from polyvinyl chloride material type 1, grade 1 & 2, and bears the NSF Seal of Certification.
SDR
26
SizeCasing O.D.Casing I.D.
Wall
Bell O.D.
Bell Depth
44.500 4.1540.173 4.846
4 1/2
4.950
4.570
0.190
5.330
5 5.563
5.135 0.214 5.991
66.625 6.1150.255 7.135
8 8.625
7.961 0.332 9.289
10 10.750
9.924 0.413 11.576
11.770 0.49013.730
12 12.750
16 16.000
14.768 0.616 17.375
6.0
6.0
6.5
7.0
7.5
7.750
8.250
8.250
SDR
21
Wall
Bell O.D.
Bell Depth
44.500 4.072 0.214 4.928 6.0
5 5.563
5.033 0.265 6.093
6.5
6 6.625
5.993 0.316 7.257
7.0
61/86.900 6.242 0.329 7.558 7.250
8 8.625
7.805 0.410 9.445
7.5
10 10.750
9.728
0.511 11.772
7.750
12 12.750
11.538
0.606 13.962
8.250
SDR
17
4 1/2
4.950
4.368
5 5.563
4.909
6 6.625
5.845
Wall
Bell O.D.
Bell Depth
Wall
Bell O.D.
Bell Depth
Wall
Bell O.D.
Bell Depth
Wall
Bell O.D.
Bell Depth
SCH
40
SDR
27.6
SDR
32.5
0.291
0.327
0.390
5.532
6.217
7.405
6.0
6.5
7.0
22.375 2.067 0.154 2.683
4 4.500
4.026 0.237 4.974
4 1/2
4.950
4.454
0.248
5.446
5 5.563
5.047 0.258 6.079
6 6.625
6.065 0.280 7.185
8 8.625
7.961 0.332 9.289
*1010.750
10.020 0.365 11.675
*1212.750
11.938 0.406 13.675
1616.000 15.000 0.500 17.000
61/46.900
*6
6.625
5.0
6.0
6.0
6.5
7.0
7.5
7.750
8.250
8.250
6.400 0.250 7.400 7.250
6.217
29
0.204
7.125
7.0
Post Office Box 190
479-524-5151 O
479-524-5464 F
NSF-WC
The NSF Seal Certifying Well Casing
Produced to ASTM F-480 standards.
PVC Slotted Well Casing
PipeLife Jet Stream, Inc. Slotted well casing is produced to ASTM F-480 specifications
I.D. Open Area Sq. Inches
SizeCasing O.D.Casing I.D.Rows of Slots Joint
Foot
SDR 26
0.010"
44.500
4 1/2
4.950
5 5.563
6 6.625
SDR 21
0.010"
4.154
4.570
5.135
6.115
4
4
5
6
SizeCasing O.D.Casing I.D.Rows of Slots 4
5
6
4.500
5.563
6.625
4.072
5.033
5.993
4
5
6
4
4 1/2
5
6
4.500
4.950
5.563
6.625
4.026
4.454
5.047
6.065
4
4
5
6
44.500
4 1/2
4.950
5
5.563
6 6.625
SDR 21
0.014"
4.154
4.570
5.135
6.115
4
4
4
5
4.500
5.563
6.625
2.86
3.61
3.77
Joint
53
52
67
74
Foot
2.86
2.80
3.61
3.99
Joint
Foot
88 4.7
95
5.1
96 5.17
117 6.30
SizeCasing O.D.Casing I.D.Rows of Slots 4
5
6
53
67
70
Foot
SizeCasing O.D.Casing I.D.Rows of Slots SDR 26 0.014" Joint
SizeCasing O.D.Casing I.D.Rows of Slots SCH 40
0.010"
583.13
57
3.07
71 3.83
79 4.26
4.072
5.033
5.993
Produced in 20 foot lengths with 0.25 spacing.
30
4
4
5
Joint
Foot
83 4.47
89 4.79
110 5.92
Foot
SCH 40
0.014"
4
4 1/2
5
6
4.500
4.950
5.563
6.625
4.026
4.454
5.047
6.065
4
4
4
5
81
89
89
116
4.36
4.79
4.79
6.24
SizeCasing O.D.Casing I.D.Rows of Slots
Joint
Foot
SDR 26
0.020"
4 4.500
4 1/2
4.950
5 5.563
6 6.625
8 8.625
10 10.750
4.154
4.570
5.135
6.115
7.961
9.924
4
4
4
5
6
7
126 6.75
138
7.40
139 7.45
171 9.22
255 13.84
285 15.47
Foot
4 4.500
SDR 21 5 5.563
0.020" 6 6.625
8 8.625
10 10.750
4.072
5.033
5.993
7.805
9.728
4
4
5
6
7
1206.43
1347.18
158 8.52
238 12.92
253 13.73
Foot
SCH 40
0.020"
4 4.500
4 1/2
4.950
5 5.563
6 6.625
10 10.750
4.026
4.454
5.047
6.065
10.020
4
4
4
5
7
116 6.22
127
6.81
133 7.13
169 9.11
296 16.79
Foot
SDR 26
0.035"
4
4 1/2
5
6
8
10
12
16
4.500
4.950
5.563
6.625
8.625
10.750
12.750
16.000
4.154
4.570
5.135
6.115
7.961
9.924
11.770
14.768
31
4
4
4
5
6
7
8
10
21311.42
246
13.19
283 15.17
311 16.79
418 22.56
521 28.31
557 30.27
686 37.28
Foot
SCH 21
0.035"
4
5
6
8
10
12
4.500
5.563
6.625
8.625
10.750
12.750
4.072
5.033
5.993
7.805
9.728
11.538
4
4
5
6
7
8
19910.67
269 14.42
290 15.65
383 20.67
484 26.30
499 27.12
Foot
SCH 40
0.035"
4 4.500
4 1/2 4.950
5 5.563
6 6.625
10 10.750
12
12.750
16 16.000
4.026
4.454
5.047
6.065
10.020
11.938
15.000
4
4
4
5
7
8
10
21811.69
22412.01
271 14.53
311 16.79
508 28.74
555
31.82
718 39.00
Foot
SDR 26
0.050"
4 4.500
4 1/2 4.950
5
5.563
6 6.625
8 8.625
10 10.750
12
12.750
16 16.000
4.154
4.570
5.135
6.115
7.961
9.924
11.770
14.768
4
4
4
5
6
7
8
10
282 15.15
32617.52
375
20.15
413 22.35
554 29.98
691 37.40
739
40.26
911 49.63
Foot
SDR 21
0.050"
4
5
6
8
10
12
4.500
5.563
6.625
8.625
10.750
12.750
4.072
5.033
5.993
7.805
9.728
11.538
4
4
5
6
7
8
26414.19
357 19.18
384 20.78
507 27.44
642 34.75
662 36.07
Foot
SCH 40
0.050"
4 4.500
4 1/2 4.950
5 5.563
6 6.625
10 10.750
12 12.750
16 16.000
Produced in 20 foot lengths
with 0.25 spacing.
4.026
4.454
5.047
6.065
10.020
11.938
15.000
32
4
4
4
5
7
8
10
28915.53
29715.96
360 19.35
413 22.35
674 38.24
736 42.03
952 51.87
Foot
SDR 26
0.085"
4 4.500
4 1/2
4.950
5 5.563
6 6.625
8 8.625
10 10.750
12 12.750
16 16.000
4.154
4.570
5.135
6.115
7.961
9.924
11.770
14.768
4
4
4
5
6
7
8
10
424 22.78
490
26.32
564 30.30
621 33.60
834 45.12
1040 56.27
1112 60.54
1369 74.56
Foot
SDR 21
0.085"
4 4.500
5 5.563
6 6.625
8 8.625
10 10.750
12 12.750
4.072
5.033
5.993
7.805
9.728
11.538
4
4
5
6
7
8
397 21.33
537 28.85
578 31.27
763 41.28
966 52.26
995 54.19
Foot
SCH 40
0.085"
SDR 17
0.010"
0.014"
0.020"
0.035"
0.050"
0.085"
4
4 1/2
5
6
10
12
16
4.500
4.950
5.563
6.625
10.750
12.750
16.000
4.026
4.454
5.047
6.065
10.020
11.938
15.000
4
4
4
5
7
8
10
43523.37
447
24.01
541 29.06
621 33.60
1014 57.51
1107 63.20
1431 77.94
Foot
4 1/24.950
5 5.563
4 1/2
4.950
5 5.563
4 1/2
4.950
5 5.563
4 1/2
4.950
5 5.563
4 1/2
4.950
5 5.563
4 1/2
4.950
5 5.563
4.368
4.909
4.368
4.909
4.368
4.909
4.368
4.909
4.368
4.909
4.368
4.909
33
4
5
4
4
4
4
4
4
4
4
4
4
47 2.53
59 3.18
83
4.47
82 4.41
122
6.54
124 6.65
214
11.47
251 13.45
284
15.26
333 7.90
427
22.94
501 26.91
Post Office Box 190
479-524-5151 O
479-524-5464 F
Jet Stream Twenty+Plus PVC Well Casing
The NSF Seal Certifing Well Casing Produced to ASTM F-480 standards.
Chamfered Spigot
20' Net Hanging Length
SDR 26
4"
4 1/2"
5"
6"
8"
10"
12"
SCH 40
2"
4"
4 1/2"
5"
6"
8"
16"
Bell O.D.Casing O.D.Casing I.D. Wall Thick
Wt/CftHCPR1AHD2
Wt/CftHCPR1AHD2
4.846 4.500 4.154
5.330 4.950 4.570
5.991
5.563
5.135
7.135 6.625 6.115
9.289 8.625 7.961
11.576 10.750 9.924
13.730 12.750 11.770
Plus Bell
Length
2.683
4.974
5.446
6.079
7.185
9.289
17.00
2.375
4.500
4.950
5.563
6.625
8.625
16.00
2.067
4.026
4.454
5.047
6.065
7.961
15.00
.173 150
.190 181
.214 229
.255 325
.332 552
.413 848
.490 1193
57
57
57
57
57
57
57
132
132
132
132
132
132
132
.154 69 310715
.237 202 153353
.248 233 124286
.258 284 105242
.280 356 77 178
.332 552 57 132
.500 1554 28 65
*16" sch 40 well casings, recommended to a max depth of 350'. 1. Hydraulic Collapse Pressure Resistance 2. Allowable head differential
SDR 27.6 Bell Depth Bell O.D.Casing O.D.Casing I.D. Wall Thick Wt/CftHCPR1AHD2
6 1/4" 7.25 7.40 6.90 6.40 .250 342 48110
34
Post Office Box 190
479-524-5151 O
479-524-5464 F
Jet Stream Twenty+Plus PVC Well Casing
Twenty + well casing is produced to ASTM F-480 specifications from 1120/1220 white polyvinyl chloride material type 1, grade 1 & 2, and bears the NSF
Seal of Certification. Jet Stream Twenty + well casing is chamfered on the spigot end to ai in assemling the solvent weld bell joint.
SDR 17 Bell Depth Bell O.D.Casing O.D.Casing I.D. Wall Thick Wt/CftHCPR1AHD2
6.0
5.532
4.950
4.368 .291
285.90 218
503
4 1/2" 5"
SDR 21 4"
5"
6"
6.5
6.217 5.563
4.909
.327 362.10218 503
4.928
6.093
7.257
4.500
5.563
6.225
4.072
5.033
5.993
Wt/CftHCPR1AHD2
.214 193.40112 259
.265 296.60
112
259
.316 422.00112 259
Small O.D. Slotted Well Casing
Size
4"
4 1/2"
5" **6"
Slot Width
.014.020.035.014.020.035.014.020.035.035.050
C-C Slot Spacing 1/2 1/229/321/2 1/229/321/2 1/229/32
29/32.300
Number Rows33333333344
Open Area Per 25.8736.9666.1524.7035.2872.7724.7035.2892.6197.02400.04
(Sq. Inches)
Open Area Per (Sq. Inches)
.781.122.18.741.052.17.68 .972.442.158.86
*These items are non-stock – Available on special order only • Please specify slot width when ordering • **6" Slotted well casing available with .014 or .020 slot width upon request.
Large O.D. Slotted Well Casing
Size
8"
10"
12" 16"
Slot Width
.014 .020 .050*.085 .050.085* .050.085*.050*.085
C-C Slot Spacing 1/2 1/2 .30029/32.30029/32 .30029/32.30029/32
Number Rows55 5566 7777
Open Area Per 29.40 42.00 568.75334.69709.80417.69 891.80524.791297.65758.40
(Sq. Inches)
Open Area Per (Sq. Inches)
.50 .71 9.665.699.685.6910.256.0311.476.71
*These items are non-stock – Available on special order only • Please specify slot width when ordering
35
White PVC Schedule 80 TBE
(threaded both ends) Drop Pipe
Light-Weight • Durable • Time-Saving • Economical
NomCasing O.D.Casing I.D. Wall Thick
Wt/Cft
PalletRec Max
QuantitiesDepth
3/4
1
1 1/4
1 1/2
2
1.050 .742
1.315 .957
1.660
1.278
1.900
1.500
2.375 1.939
.154
.179
.191
.200
.218
28
41
56
68
94
5400'350'
4000'350'
2760'
350'
1880'
350'
2800'350'
White PVC Schedule 120 TBE
(threaded both ends) Drop Pipe
NomCasing O.D.Casing I.D. Wall Thick Wt/Cft
PalletRec Max
Quantities
Depth
1
1 1/4
1.315
1.660
.915
1.23
.200
.215
45.6 4000'350'
63.5
2760'
350'
• Manufactured from 1120 1220 PVC – bears the NFS Seal of Certification.
• The heavy wall of Schedule 80 PVC enables the pipe to withstand
the handling required by the application.
• The smooth interior improves flow characteristics, cuts friction loss.
• Light-weight – approximately one-forth the weight of schedule 40 iron pipe.
• Easy to install – furnished in 20' lengths with thread protectors on each end,
or with coupling and thread protector.
• Not subject to rust, corrosion or electrolytic deterioration – many years of longrvity.
• More economical than alternate materials.
Installation Instructions
NOTE:
It is recommended that a minimum of 2 centering devices to be used on each installation.
Used to center the pump in the center of the casing. The first centering device immediately above the pump and the second at the first 20' joint.
3. Lower the drop pipe into the well using a pump dog under the coupling. Any known
pipe jack may be used to hold the pipe, while joining, without fear of crushing.
4. Tape the pump wire approximately 18" above and below each coupling and midway in
each 20' joint, leaving a little slack at each coupling.
1. Check pipe for thread conformity and any possible shipping damage.
2. Attach first length to the pump discharge.
CAUTION:
When joining PVC schedule 80 threaded pipe, the joint must be t ightened by hand, plus one-half turn with wrench. do not overtighten, S hould a thread
sealant be necessary, Teflon tape or Teflon paste is recommended.
DO NOT USE PETROLEUM-BASED THREAD SEALANT.
PipeLife Jet Stream Plastic Pipe
Limited Twenty-Five Year Warranty PVC Schedule 80 Drop Pipe
& Factory-Furnished Threaded Couplings
PipeLife Jet Stream Plastic Pipe's PVC Schedule 80 Drop Pipe is warranted to be free from defects in materials and workmanship for a period of twenty-five (25) years from the date of purchase, provided that the PVC
Schedule 80 Drop Pipe and factory-furnished threaded couplings are installed in accordance with the manufacture's instructions in wells of up to 350 feet in depth and provided that a pump no larger than 1 1/2 horsepower
is used. THIS WARRANTY GIVES YOU SPECIFIC LEGAL RIGHTS, AND YOU MAY ALSO HAVE OTHER RIGHTS WHICH MAY VARY FROM STATE TO STATE.
This warranty is limited to the first user of the pipe. The warranty is not extended to or enforceable by persons or entities which purchase PVC Schedule 80 Drop Pipe from the original purchaser who first uses the pipe,
even if the subsequent occurs during the warranty period.
This warranty becomes effective only if the buyer correctly completes the warranty card at the time of purchase and returns it to PipeLife Jet Stream Plastic Pipe. Notice of any claim or defect must be made promptly in
writing to the warrantor. PipeLife Jet Stream Plastic Pipe, P.O. Box 190, Siloam Springs, Arkansas 72761.
If it is determined that a warrantable failure has occurred during the first five (5) years following purchase, PipeLife Jet Stream Plastic Pipe, as an exclusive remedy, will promptly replace all defective pipe with PipeLife
Jet Stream Plastic Pipe PVC Schedule 80 Drop Pipe and reimburse purchaser for reasonable direct labor charges incurred in removing and replacing the defective pipe in an amount of up to 50 cents per linear foot of pipe
reinstalled. PipeLife Jet Stream Plastic Pipe will replace or pay for defective couplings which were furnished by PipeLife Jet Stream Plastic Pipe, but will not replace or pay for couplings, fittings, or other materials furnished
by others and used in connection with PVC Schedule 80 Drop Pipe unless the failure of those items is due to defects in materials and workmanship of the PipeLife Jet Stream Pipe.
As a condition to exercising its rights under this warranty, the claimant shall be required to cooperate fully with PipeLife Jet Stream Plastic Pipe in investigation of any claim. The claimant shall also be required to take all
reasonable actions necessary to preserve the pipe claimed to be defective and to provide PipeLife Jet Stream Pipe with a sample of such pipe which is not lass than three feet in length.
If it is determined that a warrantable failure has occurred in the sixth through twenty-fifth year following purchase, PipeLife Jet Stream Plastic Pipe will pay a pro rate share of the costs described above computed by
reducing the total payment to the buyer by 1/20th for each year following the fifth year after purchase. For example, if a warrantable failure occurs in the ninth year after purchase, the total warrantable costs will be reduced
by 4/20ths. PipeLife JET STREAM PLASTIC PIPE SHALL NOT BE LIABLE FOR INCIDENTAL OR CONSEQUENTIAL DAMAGES, EXCEPT AS STATED IN THIS LIMITED WARRANTY. NO REMEDIES, EXCEPT THOSE STATED HEREIN, SHALL BE
AVAILABLE TO THE BUYER. SOME STATES DO NOT ALLOW THE EXCLUSION OR LIMITATION OF INCIDENTAL OR CONSEQUENTIAL DAMAGES, SO THE ABOVE LIMITATION OR EXCLUSION MAY NOT APPLY TO YOU.
The performance by PipeLife Jet Stream Plastic Pipe of its duties under this warranty shall not be required if the defect, malfunction, or failure of the warranted product to conform to the written warranty was caused by
damage not resulting from defect or malfunction while in the possession of the consumer, or unreasonable use, including failure to provide reasonable and necessary maintenance.
THIS WARRANTY SHALL BE IN LIEU OF ANY OTHER WARRANTY, EXPRESS OR IMPLIED, INCLUDING, BUT NOT LIMITED TO, ANY IMPLIED WARRANTY OR MERCHANTABILITY OR FITNESS FOR A PARTICULAR
PURPOSE. SOME STATES DO NOT ALLOW LIMITATIONS ON HOW LONG AN IMPLIED WARRANTY LASTS, SO THE ABOVE LIMITATIONS MAY NOT APPLY TO YOU.
36
Post Office Box 190
479-524-5151 O
479-524-5464 F
Selection of PVC Well Casing Based on
Hydraulic Collapse Considerations
PVC offers many familiar advantages to the well driller, including excellent corrosion resistance and ease of assembly. Unlike
conventional PVC pipe, however, the primary loading on well casing is external pressure rather than internal pressure. Because of
this distinction, it is vitally important for the contractor to understand the effect of external pressure on PVC well casing, and to
use this information in the well casing selection process.
TABLE 1
Collapse force can be created by various external
pressures, acting alone or in combination, including:
• Hydraulic collapse, which can occur when the fluid outside the casing is higher
or heavier than the inside fluid.
RESISTANCE TO HYDRAULIC COLLAPSE PRESSURE (RHCP) OF PVC WELL CASING •Impact or unsymmetrical loading resulting from improper placement of gravel pack.
• Sudden release of bridged gravel pack.
• Expanding clay or formation shifting.
Of these, only hydraulic collapse can be readily evaluated and predicted. The others,
which are often influenced by construction practices, are best evaluated by experience
and familiarity with the local geology.
The procedure for selecting PVC well casing based
on hydraulic collapse considerations is very straightforward and consists of the following steps:
1. Calculate external pressure, Pe, at the bottom of the casing.
SDR RATED RHCP SDR (PSI) SIZE 41 14 2" 32.5 29 3" 27.6 49 4" 26 59 41/2" 21 115 5" 17 224 6" 13.5 471 8" 10" 12" 14" 16" SCHEDULE RATED
RHCP (PSI)
SCH 40 SCH 80
306 949
262 757
158 488
135
106
347
79 312
54 214
40 183
33 170
31 167
31 158
2. Calculate offsetting internal pressure, Pi, at the bottom of the casing.
3. Calculate Pd= Pe-Pi to arrive at the net external collapsing pressure acting at
the bottom of the casing.
4. Compare this value to the published Resistance to Hydraulic Collapse Pressure
(RHCP) of the PVC casing (see Table 1). Casing must be selected so that its resistance
to hydraulic collapse is greater than the applied net external pressure loading;
a 2:1 factor of safety (F.S.) is generally recommended.
NOTE: If cement grout is being used, the RHCP value may have to be derated based
on temperature effects. See the “Grouting PVC Casing” section.
37
In the above calculations:
• Pressure (psi)= H *W *.052
where H = Height of fluid column (ft.)
W= Weight of fluid (lbs./gallon)
• Water = 8.35 lbs./gallon
• Other fluids used in well construction, such as muds, drill cuttings and grouts, can range from 9 to 15 lbs./gallon or more.
Post Office Box 190
479-524-5151 O
479-524-5464 F
Example
The following example will be used to illustrate this procedure. Emphasis here is on
the solid casing, as hydraulic pressures will tend to equalize across the open screened
section prior to backfill, and the slotted casing or screen should be virtually immune to
collapse after the gravel pack has been properly placed. However, care must be taken
when placing the gravel pack in order to avoid bridging or excessive settling that can
create unpredictably high radial and/or tensile forces on the casing, screen, and joints.
It is always a good idea to draw a profile of the well showing fluid heights and densities as an aid in calculating collapse pressures.
Cement grouting, as illustrated above, generally creates the highest collapsing
pressures that the casing must withstand. However, collapse pressures must also be
evaluated for any well which is constructed with an unconfined open annular space
that will eventually fill with fluid, especially if this space is adjacent to the submersible
pump. Submersible pump motors can become quite hot, particularly if the pump is
allowed to run under zero flow/pump shut-off head conditions. A reductionin collapse
strength due to a hot motor in close proximity to the casing I.D., in combination with
hydraulic pressure directlyoutside the casing, can lead to a premature failure. This
problem of a pump getting stuck in a well due to motor heat-related collapse can
generally be solved by simply using casing that is large enough for the pump, and
properly confining the casingto eliminate hydraulic pressure.
Collapse pressures must also be evaluated during
well development if this procedure is performed
prior to confinement. Collapse pressures during
well development can be caused by:
1. Rapid injection of air, which can create excessive net collapsing pressure brought
about by the reduction of the internal fluid level and density. The greater the rate
of air injection into the casing, the greater the pressure differential. Therefore,
care must be exercised in determining this rate.
2. Rapid removal of a bailer full of drilling mud, which reduces internal pressure
through the suction effect.
3. Extreme drawdowns caused by overpumping which occur during some well
development procedures.
So how low can you go?
It should be evident from the preceding discussion that thereis no one recommendation for the maximum depth at which a particular size and class of PVC well casing
can be used. It is possible to use thinner-wall casing at significant depths as long as
steps are taken to control collapsing pressures and heat. Conversely, thick wall casing
may fail even at shallow depths if the designer does not place enough emphasis on
hydraulic collapse considerations. Basically, there is no substitute for an accurate
collapse evaluation as part of the well design process.
38
Grouting PVC Casing
One method used for filling the annulus between well casing and the borehole is to
pour grout into the void, typically with a tremie pipe. When first installed, grout is a
liquid slurry mixture that can create potentially excessive external hydraulic collapse
pressures. However, when grout is cured or set to a semi-rigid state, the collapse pressure caused by the slurry is eliminated. Cured grout provides lateral support and holds
the casing firmly in place, and also seals the borehole against water infiltration from
the surface or from undesirable aquifers.
It is important to note that when portland cement-based grouts cure, the hydration
reaction produces heat that can be transferred to the casing. The resultant temperature increase will reduce the collapse strength (RHCP) of PVC casing according to the
following relationship (Ref. 1):
Decrease in RHCP = 0.6 psi per ˚F increase in temperature over ambient.
Post Office Box 190
479-524-5151 O
479-524-5464 F
Temperature rise in cement-grouted wells is dependent
upon three major factors:
1. Grout thickness: Temperatures increase with grout thickness. Particular care must
therefore be exercised to avoid creating caverns in the formation during drilling
which, when filled with cement slurry, could create excessive heat. It is also good
practice to utilize centralizers to keep the casing centered in the borehole, which
will prevent excessive grout build-up on one side of the casing.
NOTE:
All applicable state or local regulations governing grouting materials and procedures take
precedence over the recommendations presented herein.
IMPORTANT:
2. Fluid inside the casing: Water circulating inside the casing removes the heat of
hydration most effectively. Standing water inside the casing would be the next
most effective means of temperature control. An air-filled casing will result in the
highest temperature increase for a given grout thickness. Circulating or standing
water inside the casing serves a dual purpose, providing temperature control and an
offsetting internal pressure.
3. Type of cement grout: For portland cements, only standard Type 1 is generally
used with PVC, subject to the limitations discussed herein. Do not use concentrated
quick-setting portland cement for wells cased with thermoplastic materials, due to
the excess heat that is released in a short period of time.
As no two wells are the same, the information provided
herein should be used by the drilling contractor and/or
designer as reference material only. The designer and/or
contractor has responsibility for the specification of casing
and for installation procedures. Need more information on
protecting PVC well casing against collapse? Contact Pipe
Life Jet Stream technical support at the phone number
listed above.
REFERENCES
In our example, using a 20°F temperature increase:
Decrease in RHCP = 0.6 * 20 = 12 psi
RHCP (SDR17) = 224 psi - 12 psi = 212 psi
F.S. = 212/100 = 2.12
1. Kurt, Carl E., Johnson, Roy C., Warman, James C., “Engineering Performance of
Thermoplastic Well Casings,” Water Resources Research Institute, Auburn University,
Auburn, Alabama, July, 1980
2. Manual on the Selection and Installation of Thermoplastic Water Well Casing,
National Water Well Association and The Plastic Pipe Institute, October, 1980.
In this example, the factor of safety is still above 2:1, even taking into account
temperature effects.
If calculations show that the hydraulic collapse factor of safety is falling below 2:1 or a
modified target established by the engineer, one or more of the following corrective
actions must be adopted:
• Use a heavier wall casing with a higher RHCP.
• Grout in stages (unless prohibited by local regulations).
• Pressure the grout through the inside of the casing instead of pouring grout into
the annulus with a tremie pipe. Further details on this procedure may be obtained
from the grout supplier. Note that while this operation virtually eliminates collapsing pressures at the bottom of the casing, a potentially high internal pressure
is generally created at the top of the casing, which must be compared to the pipe’s
short-term pressure rating.
• Use a bentonite grout. Cement/bentonite mixtures may also be an option. The use
of bentonite grouts totally eliminates heat and significantly reduces slurry weight as
compared to standard portland cements. When properly used, bentonite makes an
excellent flexible grout, and is generally recommended for PVC casing. However, the
contractor is encouraged to consult with the bentonite supplier for any limitations
on the use of this particular type of grout; in particular, the planned use of bentonite
should be carefully evaluated to ensure that it will adequately shield the casing from
any ground movements or forces, and not create any excessive long-term compressive loading on the casing due to its swelling properties.
39
Post Office Box 190
479-524-5151 O
479-524-5464 F
NSF-WC
The NSF Seal Certifying Well Casing
Produced to ASTM F-480 standards.
Jet Stream TiteLoc™ Specifications
PipeLife Jet Stream, Inc. Slotted well casing is produced to ASTM F-480 specifications
SDR 21
SDR 17
SCH 40
Wall Bell O.D. Bell Depth
Wall Bell O.D. Bell Depth
5 5.563 5.033 0.2656.0936.5
6
6.625
5.993
0.316 7.257
7.0
61/86.900 6.242 0.3297.558 7.250
4 1/2 4.950 4.368
5
5.563
4.909
6
6.625
5.845
0.2915.532
0.327 6.217
0.390 7.405
4 4.500 4.026
4 1/24.950 4.454
6
6.625
6.065
Wall SDR 27.6 SizeCasing O.D.Casing I.D.
61/4 6.900 6.400
Bell O.D. 6.0
6.5
7.0
Bell Depth
0.2374.974 6.0
0.248 5.446 6.0
0.280 7.185
7.0
Wall Bell O.D. 0.2507.400
Bell Depth
7.250
Jet Stream TiteLoc™ Slotted Well Casing
Joint
Foot
6
6
SDR 21 SizeCasing O.D.Casing I.D.Rows of Slots 5 5.563 5.033
5
0.010" 6.625
5.993
673.61
70 3.77
SizeCasing
O.D.Casing
I.D.Rows
of
Slots Joint
Foot
SCH 40
0.010"
4
4.500
4.026
4 1/2 4.950 4.454
6
6.625
6.065
4
4
6
Joint
Foot
6
5
SDR 21 SizeCasing O.D.Casing I.D.Rows of Slots 55.5635.033 4
0.014" 6.625
5.993
41
53 2.86
522.80
74 3.99
894.79
110 5.92
Post Office Box 190
479-524-5151 O
479-524-5464 F
Joint
Foot
SCH 40 SizeCasing O.D.Casing I.D.Rows of Slots 0.014"
4
4 1/2
6
4.500
4.950
6.625
4.026
4.454
6.065
4
4
5
81
89
116
4.36
4.79
6.24
Joint
Foot
6
5
SDR 21 SizeCasing O.D.Casing I.D.Rows of Slots 55.563 5.033
4
0.020" 6.625
5.993
1347.18
158 8.52
Joint
Foot
SCH 40 SizeCasing O.D.Casing I.D.Rows of Slots 0.020"
44.500 4.026
4 1/2
4.950
4.454
6 6.625
6.065
4
4
5
Joint
Foot
SDR 21 SizeCasing O.D.Casing I.D.Rows of Slots 0.035" 5 5.563 5.033
4
6
6.625
5.993
5
1166.22
127
6.81
169 9.11
269 14.42
290 15.65
Joint
Foot
4 1/2
6
4
5
SCH 40 SizeCasing O.D.Casing I.D.Rows of Slots 0.035" 4 4.500 4.026
4
4.950
6.625
4.454
6.065
Joint
Foot
SDR 21 SizeCasing O.D.Casing I.D.Rows of Slots 0.050" 5
5.563
5.033
4
6
6.625
5.993
Patent Pending. Specification subject to change without notice.
42
218 11.69
224
12.01
311 16.79
5
357 19.18
384 20.78
Post Office Box 190
479-524-5151 O
479-524-5464 F
SizeCasing
O.D.Casing
I.D.Rows
of
Slots Joint
Foot
SCH 40
0.050" 4 4.500 4.026
4 1/2
4.950
4.454
6 6.625
6.065
4
4
5
28915.53
297
15.96
413 22.35
SDR 21 SizeCasing O.D.Casing I.D.Rows of Slots Joint
Foot
0.085" 5
6
5.563
6.625
5.033
5.993
4
5
537 28.85
578 31.27
Joint
Foot
SCH 40 SizeCasing O.D.Casing I.D.Rows of Slots 4
4 1/2
6
0.085" 4.500
4.950
6.625
4.026
4.454
6.065
4
4
5
435 23.37
447
24.01
621 33.60
Joint
Foot
SDR 17 SizeCasing O.D.Casing I.D.Rows of Slots 0.010"
0.014"
0.020"
0.035"
0.050"
0.085"
41/24.950
5 5.563
41/2
4.950
5 5.563
41/2 4.950
5 5.563
41/2 4.950
5 5.563
41/2 4.950
5 5.563
41/2 4.950
5 5.563
4.368
4.909
4.368
4.909
4.368
4.909
4.368
4.909
4.368
4.909
4.368
4.909
Patent Pending
Specification subject to change without notice.
43
4
5
4
4
4
4
4
4
4
4
4
4
47
59
83
82
122
124
214
251
284
333
427
501
2.53
3.18
4.47
4.41
6.54
6.65
11.47
13.45
15.26
17.90
22.94
26.91
Post Office Box 190
479-524-5151 O
479-524-5464 F
Jet Stream TiteLoc™
Technical Information
PVC well casing has been a vital part of the water well drilling industry for over forty-five years. Today’s
business environment of the water well contractor demands even more from the PVC industry. As
cost issues become more critical, the demands on PVC well casing as a more cost effective alternative
over steel and other materials is more apparent than ever. PipeLife has responded to these demands
by introducing its new generation of water well casing along with other water well related products.
Health issues are also more prevalent with sophisticated water testing available. With more health
concerns to come, PipeLife, a leader in the industry, has developed a non-solvent joint connection
system for PVC water well casings. This innovative system is capable of decreasing the overall cost of
installation while possibly improving the quality of the water taken from the water well.
The Jet Stream TiteLoc™ system is designed to eliminate the use of solvent based cement, reducing
assembly time by eliminating curing time and enhance the health environment for the installer and
end users of the water well. All this while maintaining the strength and integrity of the water well.
• Easily installed and removed
from the borehole
• No more set screws
• O-ring factory installed
• Locks rotation in both directions
• Spline is “locked in” (virtually
impossible to remove accidentally)
• Fits as tight as if solvent cemented
• Full length bell so there is no
“snaking in the hole” and no
leaking o-rings
• Available in slotted pipe
• ASTM F480 approved specifications
from polyvinyl chloride material
type 1, grade 1 & 2
• NSF Certification
• Slim-line joint
• Economical
• Reduce assembly time
• Available in most popular sizes
• Designed especially for the
Water Well Drilling Industry
• Field-proven
• N0 spin ”true” locking
joint connection
• Proven safe in all kinds of
weather conditions
• Available in slotted casings
• Easily adaptable to standard
slotted PVC well casing
• Ideal for a wide range of applications
44
Post Office Box 190
479-524-5151 O
479-524-5464 F
Plastics Pipe Institue
A Division of The Society of The Plastics Industry, Inc.
RECOMMENDATION B
THERMOPLASTIC PIPING
FOR THE TRANSPORT OF COMPRESSED AIR
OR OTHER COMPRESSED GASES
Adopted January 19, 1972
The Plastic Pipe Institute recommends against the use of thermoplastic pipe to transport
compressed air or other compressed gases or the testing of such piping with compressed air
or other compressed gases in exposed above ground locations, e.g. in exposed plant piping.
It is recommended that all thermoplastic piping used to transport compressed air or other
compressed gases be buried underground or encased in shatter-resistant materials. In
designing thermoplastic piping to transport compressed air or other compressed gases,
the strength at the operating temperature, the pressure, the energetics, and specific failure
mechanism need to be evaluated.
45
Post Office Box 190
479-524-5151 O
479-524-5464 F
Chemical Resistance Characteristics *
Code — E- Excellent
F- Fair
POLYETHYLENEABS
U- Unsatisfactory
PVC TYPE 1
Acetaldehyde
E U
Acetaldehyde, 40%
F
Acetic Acid, 1-10%
E
U
Acetic Acid, 10- 60%
E
Acetic Acid, 80-100%
F
U
AcetamideE
Acetic Acid, Vapor
E
Acetic Acid, Glacial
E
Acetic Acid, 20%
E
Acetic Acid, 80%
E
Acetic Anhydride
U
Acetone
U
U
U
AcetyleneF
Acetphenentidine
E
Acrylic Emulsions
E
Adipic Acid I
E
Alcohol Allyl
E
Alcohol Benzyl
U
Alcohol Butyl (n-butanol)E
Alcohol Butyl (2-butanol)E
Alcohol Ethyl
E
Alcohol Hexyl
E
Alcohol Isopropyl (2-propanol)
E
Alcohol, Methyl
E
Alcohol, Propyl (1-propanol) E
Allyl Chloride
U
Aluminum Chloride, Dilute
E
E
Aluminum Chloride, Conc.
E
Aluminum Fluoride, Conc.
E
Aluminum Sulfate, Conc.
EE
Alums
E EE
Ammonia, Gas
E UE
Ammonia, Liquid
U
Ammonia, Aq.
E
Ammonium Salts (except fluoride) E
Ammonium Carbonate
E
Ammonium Fluoride, 25%
E
Ammonium Chloride SaturatedEE
E
Ammonium Hydroxide 0.880 S. G.
E
E
* The material presented on Chemical Resistance
is based on laboratory tests and may be used as a
basis for recommendation but not as a guarantee.
Tests were conducted at 73.4° F.
Blank- Untested
POLYETHYLENEABS
PVC TYPE 1
Ammonium Metaphosphate,
Saturated
E
Ammonium Nitrate, Sat'd.
EE
Ammonium Persulfate, Sat'd. E
Ammonium Sulfate, Sat'd. EE
Ammonium Sulfides, Sat'd.
E
E
Ammonium Thiocyanate, Sat'd. E
Amy I Acetate, 100%
U U
Amyl Alcohol, 100%
E
Amyl Chloride, 100% U UU
Aniline, 100%
F UU
Aniline Chlorohydrate
U
Aniline Hydrochloride
U
Aniline Dyes
U
AnthraquinoneE
Anthraquinone Sulfonic Acid
E
Antimony Chloride
E
Antimony Trichloride
E
Aqua Regia
F
Arsenic Acid, 80%
E
Aryl Sulfonic Acid
E
Argyrol E
Aspirin
E
Atabrine
E
Barium Carbonate, Sat'd.
E
Barium Chloride, Sat'd
E
Barium Hydroxide
E
E
Barium Sulfate, Sat'd.
EE
Barium Salts
E
Beer
E EE
Beet Sugar Liquor
E
Benzaldehyde, 10%
E
Benzaldehyde, above 10%
U
Benzene U UU
Benzene Sulfonic Acid, 10%
E
Benzene Sulfonic Acid
E U
Benzole Acid
E
EE
Bismuth Carbonate, Sat'd.
E
Bleach 121/2 active Chlorine
E
47
POLYETHYLENEABS
PVC TYPE 1
Bleach Lye, 10%
E E
Black Liquor - Paper
E
EE
Bleach, 12.5% active Chlorine
E
Bleach, 5.5% active Chlorine
Borax, Saturated
E
E
Boric Acid, Diluted
E
E
Boric Acid, Concentrated
E E
BoraxE
Boric Acid
E
Boron Trifluoride
Brake Fluid
E E
Bromic Acid, 10%
E E
Bromic Acid
Borium Sulfide
EE U
Bromine, Liquid, 100%
U
Bromine Water
U
E
Bromobenzene
U E
Bromine Gas, 25%
E
Bromine, aq.
E
ButadieneE
Butantetrol (erythritol)
E
Butanediol, 100%
E
Butanediol, 10% - 60%
E
Butodediol, 60% - 100%
E
Butyl Alcohol, 100%
E U
Butyl Acetate
E
Butyl Phenol
E
Butylene
Butyraldehyde
U
Butyric Acid
E
PVC TYPE 1
Castor OiI
E
CaseinE
Castor Oil, Concentrated
E
Caustic Soda
E EE
Caustic Potash
E
CellosolveE
Cellosolve Acetate
E
Cetane
U
Chloracetic Acid
U UE
Chloral Hydrate
E
ChloramineE
Chloric Acid, 20%
E
Chlorine, Gas, Dry
F EF
Chlorine, Gas, Wet
F FU
Chlorine Liquid
U U
Chlorine Water
E
Chloroacetic Acid
E
Chlorobenzene
U UU
Chlorobenzyl Chloride
U
Chloroform
U U
Chlorosulfonic Acid
E
Chlorosulfuric Acid, 100%
U
Chromic Acid, 10%
E
Chrome Alum, Sat'd
E
Chromic Acid, 20%
EE
Chromic Acid & Sulfuric Acid F
Chromic Acid 30%
E
Chromic Acid 40%
E
Chromic Acid 50%
U
Cider
E
Citric Acid
E
Coconut Oil
E
Coke Oven Gas
E
Citric Acid, Sat'd.
EE
Coconut Oil Alcohols
E
Cola Concentrates
E
Copper Chloride, Sat'd.
EE
Copper Cyanide, Sat'd.
EE
Copper Fluoride, 2%
E
Copper Nitrate, Sat'd.
E
Copper Sulfate, Dilute
EE
Copper Salts, Aq.
EE
Corn Oil
E
Cottonseed Oil
E EE
Corn Syrup
E
Cresol
U UU
Cresylic Acid, 50%
E
Crotonaldehyde
U
Crude Oil
E
Cyclohexane
U
Cyclohexanol
U
Cyclohexanone
U
Cyclohexylamine
U
Calcium Bisulfide
E U
Calcium Salts, Aq.
E
Calcium Hypochlorite
E
Calcium Hydroxide
E EE
Calcium Carbonate, Sat'd
EE
Calcium Chlorate, Sat'd
E
Calcium Chloride, Sat'd
E
E
Calcium Hypochlorite, Bleach Sol. E
Calcium Nitrate, 50%
E
Calcium Sulfate
E
E
Camphor Oil
U
Cane Sugar Liquids
E
Carbon Bisulfide
U U
Carbon Dioxide
E
Carbon Dioxide, Aq.
E
Carbon Dioxide, 100% Dry
E
Carbon Dioxide, 100% Wet
E
Carbon Dioxide, Cold Sat'd
E
Carbon Disulphide
U
Carbon Monoxide
E E
Carbon Tetrochloride
U
UE
Carbonic Acid
EE
POLYETHYLENEABS
48
POLYETHYLENEABS
PVC TYPE 1
Decanol
U
Decahyoronaphthalene
U
Demineralized Water
EE
Dichlorobenzene
U
Diazo Salts
E
Diesel Fuels
E
Diethyl Amine
U
Dioctyl Phtholate
U
Disodium Phosphate
E
Diglycolic Acid
E
Dioxane -1,4
E U
Din Butyl Ether
U
Dioctylphthalate
UU
Dihydronaphthalene
U
DimenthylamineE
Dimethyl Formamide
U
Detergents, Aq.
E
Dibutyl Phthalate
U
Dibutyl Sebacate
F
DichlorobenzeneU
DichloroethyleneU
PVC TYPE 1
Formic Acid
E
Freon - Fll, F12, F113, F114
E
Freon - F21, F22
U
Fructose, Sat'd.
E
Fruit Pulp
E
Fuel Oil
F F
Furfural, 100%
U UU
Furfuryl Alcohol
U
Fruit Juices & Pulps
E
Gallic Acid, Sat'd.
E
Gasoline
U UE
Gas, Coal, Manufactured
U
Gas, Natural, Methane
E
GelatinE
Gin
U
Glucose
EE
Glycerine
E E
Glycerol
EE
Glycol
E E
Glycolic Acid, 30%
E
Green Liquor
EE
Glue, Animal
E
Glycolic Acid
E
Gallic Acid
E
Ethers
U UU
Ethyl Acetate
UU
Ethyl Aniline
U
Ethyl Butyrate
U
Ethyl Chloride
UU
Ethylene Glycol
E EE
Ethyl Esters
U
Ethyl Halides
U
Ethylene Holides
U
Ethylene Oxide
U
HeptaneE
HexaneE
Heranol, ten.
E
Hydrobromic Acid, 50%
EE
Hydrobromic Acid, 20%
E
Hydrocyanic Acid, Sat'd.
EE
Hydrochloric Acid, Cons.
EE
Hydrofluoric Acid 10-50%
E EE
Hydrofluoric Acid 50-75%
E E
Hydrochloric Acid, Conc.
E
Hydrofluoric Acid 100%
E
Hydrazine Hydrate
E
Hydrogen 100%
E E
Hydrogen Bromide 10%
E
Hydrogen Chloride Gas, Dry
E
Hydrogen Peroxide 30%
EE
F E
Hydrogen Phosphide 100%
E
Hydrogen Sulfide
E
Hydroquinone
E E
Hydroxylamine Sulfate
E
Hypochlorous Acid, Conc.
EE
Hydrocyanic Acid
E
E
Hydrogen Sulfide, Aq.
E
Hydrogen Sulfide Dry
E
HydrazineU
Hypochlorous Acid
E
Fatty Acids
E
E
Ferric Chloride, Sat'd.
EE
Ferric Salts
E
Ferric Nitrate, Sat'd.
E
Ferric Sulfate
E
Ferrons Chloride, Sat'd.
E
Ferrous Sulfate
E
Fertilizers
E
Fish Solubles
E
Fluoroboric Acid
E
Fluorine Gas, Wet
F UF
Fluorine Gas, Dry
F
Fluosilicic Acid, 32%
EE
Fluosilicic Acid, Concentrated F
Formaldehyde, 40%
E
Foramine
E
Formic Acid 0-20%
E
U
Formic Acid 20-50%
E
Formic Acid 100%
E
Fluoboric Acid 25%
E
Fluosilicic Acid
E
FormaldehydeE
POLYETHYLENEABS
49
POLYETHYLENEABS
PVC TYPE 1
Inks
E
Iodine
U
Iodine, in Kl 3%, Aq.
Iodine Ale.
Iodine Aq. 10%
F
U
U
Jet Fuels JP-4 & JP-5
E
Lacquer Thinners
E
Lactic Acid, 10- 50%
E EE
Lactic Acid, 90-100%
E
Latex
E
Lauryl Alcohol
U
Lauryl Sulfate
U E
Lead Acetate, Sat'd.
E
Linseed Oil
U EE
Lard Oil
E
Lauric Acid
E
Lauryl Chloride
E
Lead Salts
E
Lime Sulfur
E
Linoleic Acid
E
Lube Oil
UE
LiqueursE
LiquorsE
Lithium Salts
E
Lubricating Oils
E
PVC TYPE 1
Milk
E E
Mixed Acids
E UI
Mineral Oils
U EE
Molasses, Commercial
E
Mecuric Salts
E
MercuryE
Mesityl Oxide
U
Metallic Soaps Aq.
E
MethaneE
Methyl Acetate
U
Methyl Cellosolve
U
Methyl Chloride
U
Methyl Chloroform
U
Methyl Cyclohexanone
U
Methyl Methacrylate
E
Methyl Sulfate
E
Methyl Sulfonic Acid
E
Methylene Bromide
U
Methylene Chloride
U
Methylene Iodide
U
Mixed Acids (Sulfuric & Nitric)
F
Mixed Acids (Fulfuric & Phosphoric)
E
MolassesE
Monoch lorobenzene
U
MonoethanolamineU
Motor Oil
E
Kerosene
U EE
KetonesU
Kraft Paper Liquor
E
Machine Oil
Magnesium Carbonate, Sat'd. E
Magnesium Hydroxide Sat'd. E
Magnesium Saturated Nitrate E
Magnesium Sulfote, Sat'd.
EE
Maleic Acid, Sat'd.
EE
Magnesium Salts
Maleic Acid
Malic Acid
Manganese Sulfate
Mercuric Chloride, Sat'd.
E
Mercuric Cyanide, Sat'd.
E
Mercurous Nitrate
E
Mercury
E
MethaneU
Methyl Alcohol 100%
EE
Methyl Bromide
U
Methyl Chloride UU
Methyl Ethyl Ketone 100%
UU
Methyl Formate
U
Methyl Isobutyl Ketone
U
Methyl Sulfuric Acid
E
Methyl Salicylate
U
POLYETHYLENEABS
Naphtha
E E
Naphthalene
U UU
Nickel Salts
E
NicotineE
Nicotinic Acid
E E
Nickel Chloride Sat'd.
EE
Nickel Nitrate Concentrated
E
Nickel Sulfate, Sat'd.
EE
Nicotine, Dilute
E
NitroglycerineU
Nitric Acid 0-30%
EU
Nitric Acid 30-50%
EU
Nitric Acid 50-95%
F
Nitric Acid 95-98%
U
Nitrobenzene 100%
U U
Nitroethane
E
Nitromerhane
E
Nitropropane
U F
Nitrous Acid
E
Nitrous Oxide Gas
E
NitroglycolU
Nitric Acid 0-50%
E
Nitric Acid 60%
E
Nitric Acid 70%
E
Nitric Acid 80% F
Nitric Acid 90% F
Nitric Acid 100%
U
Nitric Acid Fuming
U
E
E
E
E
E
U
E
50
POLYETHYLENEABS
PVC TYPE 1
PVC TYPE 1
Potassium Ferrocyanide
E
Potassium Fluoride
E
Potassium Hydroxide
EE
Potassium Nitrate, Sat'd.
E
Potassium Perchlorate
E
Potassium Permanganate
E
Potassium Sulfate
EE
Propyl Alcohol
E
Propylene Dichloride 100%
U U
Propylene Glycel
E E
Potassium Permanganate 25%
F
Potassium Alkyl Xanthates
E
ProponeE
Propylene Oxide
U
PyridineU
Pyrogallic Acid
F
Oils, Vegetable E
Oils & Fats
U EE
Oleic Acid
E
Oleum
U UU
Olive Oil
F
Oxalic Acid
EE
E
Oxygen Gas
E
Ozone Gas
E
Octanol
U
Octyl Cresol
U
Olecic Acid, Concentrated
UE
Orange Extract
E
Oxidizing Gases
E
Paper Mill Liquors
E
Palmitic Acid
E
Paraffine
E E
Perchloric Acid 10%
EE
E
Petroleum Ether
U
Phenol 90%
E
F
Palmitic Acid 10%
E
Palmitic Acid 70%
E
PentaneF
Peracetic Acid 40%
E
Perchloric Acid 70%
E
PerchlorocfhyleneF
Petroleum Sour
E
Petroleum Refined
E
PhenolF
PhenylcarbinolU
Phosphoric Acid
E E
Phosphorous Oxychloride
U
Phosphorous Pentoxide
E E
Phosphorous Trichloride
E U
Photographic Solutions
E
PhenylhydrazineU
Phenylhydrazine HC1
F
Phosgene, Gas
E
Phosgene, Liquid
U
Phosphorus Yellow
E
Phosphorus Red
E
Photographic Chemicals Aq.
E
Phthalic Acid
F
Picric Acid
E U
Plating Solutions, Metal
EU
E
Potassium Salts, Aq.
E
Potassium Borate
E
Potassium Bromide
E
Potassium Carbonate
E
Potassium Chlorate, Sat’d.
E
Potassium Chloride Sat’d.
EE
Potassium Cyanide, Sat’d.
E
Potassium Dichromate
E
Potassium Ferricyanide
E
POLYETHYLENEABS
Rayon Coagulating Bath
E
Sea Water
E E
Salicylic Acid
E
SalicyloldehydeF
Selenic Acid
E
Silver Cyanide
E
Silver Nitrate
EE
Soaps
EE
E
Sodium Acetate
E
Sodium Benzoate
E
Sodium Bicarbonate
EE
Sodium Bisulfate
E
Sodium Bisulfate Sat'd.
EE
Sodium Bromide
E
Sodium Carbonate Cone.
EE
Sodium Chloride
EE
Sewage Residential
E
Silicic Acid
E
Silicone Oil
E
Silver Salts
E
Sodium Salts, Aq. except
E
Sodium Chlorite
E
Sodium Chlorate
E
Sodium Dichromate, Acid
E
Sodium Perborate
E
Sodium Cyanide
EE
Sodium Ferricyanide
E
Sodium Ferrocyanide
EE
Sodium Fluoride
EE
Sodium Hydroxide
EE
Sodium Hypochlorite
EU
Sodium Nitrate
E
Sodium Sulfate
EE
Sodium Sulfide
EE
Sodium Sulfite
EE
Sodium Thiosulfate
E
51
POLYETHYLENEABS
PVC TYPE 1
Stannic Chloride E EE
Stannous Chloride E EE
Starch Solution E E
Steoric Acid 100% E EE
Sulfur
E E
Stoddard Solvent U
Sulfite Liquor E
Sugars, Aq. E
Sulfur Dioxide Dry E EE
Sulfur Dioxide Wet E EE
Sulfur Dioxide Liquid E
Sulfur Trioxide E
Sulfuric Acid 0-10% F
Sulfuric Acid 10-75% E
U
Sulfuric Acid 75-90% U
U
Sulfurous Acid E F
Sulfur Trioxide Gas Dry E
Sulfur Trioxide -Wet E
Sulfuric Acid up to 70% E
Sulfuric Acid 70 to 90% E
Sulfuric Acid 90 to 100%
F
PVC TYPE 1
Thread Cutting Oils
E
TerpineolF
Titanium Tetrachloride
F
Tributyl Phosphate
U
Tributyl Citrate
E
Tricresyl Phosphate
U
Trichloroacetic Acid
E
TriethanolomineE
TriethylamineE
Trimethyl Propane
E
Urea
Urine
E E
E E
VaselineU
Vegetable Oils
U E
VinegarE
Vinyl Acetate
U
Vinegar Commercial
EE
Water Distilled
E
Water Fresh E E
Water Mine E
Water Salt E
Water Top E
Water and Waste
E
Water Salt Sat'd
E
Water Sea 100%
E
Wetting Agents
E
Whiskey Commercial
E E
Wines
E EE
Tall Oil
E
Tonnic Acid
E
U
E
Tanning Liquors
E
Tallow
E
E
E
Tartaric Acid
E
Tetrachloroethane
U F
Tetrochloroethylene
U
Tetrahydrofurone
U
U
Tetrahydronophthalene
U
Thionyl Chloride 100%
U
U
Toluene
U UU
Trichloroethylene
U UU
Triethanoiamine
E
Trisodium Phosphate
E
E
Transformer Oils
U
Trichlorobenzene
U
Turpentine
E
U
E
Tetroethyl Lead
E
POLYETHYLENEABS
Xylene or Xylol 100%
U U
Yeast
E
Zinc Chloride
EE
Zinc Fluoride
E
Zinc Salts
Zinc Sulfate
EE
52
E

SDR 21 - Pipelife Jet Stream Inc.

Transcription

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