E-Brochure - Thermal Insulation Tiles

Sensible Cooling
PCM TECHNOLOGY
TM
insulla
Planet Protection
As Per IS 1237-1980
Y
DL
EC
FRIEN
Tiles For
Roof & Deck
Heat Reflective Waterproof Stainfree Anti-Skid
Think Smart Think Different
TM
insulla
Thermal Insulating Tiles for External Use
TM
insulla Heat Insulation Tiles are made from PCM
Technology by using micro encapsulated PCM’s
(Phase Change Material) which being leak-proof and
stable and selected geo-in-organic products as binders
using a special mechanical process. The external
surface of the tiles is also designed to provide a smooth, glozzy and 100% waterproofing
guaranteed surface which remains permanent. After uses it reduces power consumption and
save money and hence this technology is helpful in strengthening countries economy.
How do PCMs Work?
All materials have the capacity to absorb & release heat energy with an accompanying
temperature change, and such absorbed or released heat is known as sensible heat. Sensible
heat is readily determined from the material’s mass, specific heat capacity and temperature
change.
Capsule Shell
Core: PCM in solid state
Temperature Raises
As PCM solifies, heat
energy is released back to
the environment
Photomicrograph of PCM Capsules
Temperature Fails
Capsule Shell
As PCM melts, it absorbs
heat energy
Core: PCM in liquid state
PCMs (Phase Change Material) undergo sensible heat change like other materials, however at
certain temperatures, depending on the selected PCM, they additionally undergo a phase
change, whereby the material melts or freezes. The absorbed or released heat energy
associated with such phase changes is known as latent heat, and PCMs are sometimes referred
to as latent heat storage materials. As the phase change process is roughly isothermal, with a
minimal temperature change, the heat absorbed or released can work to buffer the temperature
of the PCM’s immediate environment towards this phase change applications. High thermal
storage density also allows PCMs to be used for efficient storage of heat or cold, and in this
sense the PCM can be considered to be a thermal battery.
Salient Features
Provide Thermal Insulation; Replaces lime terracing; Cost
Effective; Reusable for many times; Natural Airconditioning to maintain a congenial thermal environment;
Reduces use of AC & hence lessens CFC emission;
Reduces power consumption & hence reduces electricity
bill; light weight and high dimensional stability; Durable
condition; Withstand considerable amount of load; Provide smooth surface finish and act as a
good waterproofing; Fireproofing; Colourful surface it looks decorative; Anti-skid by specially
treated surface; Stainfree & 100% washable.
Dimensions
9” X 9” (225mm X 225mm)
Standard Sizes
9” X 4.5” (225mm X 112.5mm)
4.5” X 4.5” (112.5mm X 112.5mm)
Standard Thickness
15mm
Colours Available:
White
Yellow
Green
Sandal Yellow
Blue
Copper Brown
Sky Blue
Infrared Reflective Chart
White
TSR 93%
100%
80%
60%
40%
20%
0%
1000
700
400
1600
1300
Yellow
2200
2500
TSR 81%
Sandal Yellow
TSR 66%
100%
100%
80%
80%
60%
60%
40%
40%
20%
20%
0%
400
700
1000
1300
Sky Blue
1600
2200
0%
2500
TSR 74%
80%
80%
60%
60%
40%
40%
20%
20%
700
1000
1300
Copper Brown
1600
2200
0%
2500
TSR 38%
80%
80%
60%
60%
40%
40%
20%
20%
700
1000
1300
1600
2200
2500
1600
2200
2500
400
700
1000
1300
1600
2200
2500
TSR 25%
100%
400
1300
Green
100%
0%
1000
TSR 28%
100%
400
700
Blue
100%
0%
400
0%
400
700
1000
1300
1600
2200
2500
TSR = “Total Solar Reflectance” (uv, visible, IR, according to ASTM E903-96, with opaque PVDF films).
Colors swatches are approximate and for representation only.
TM
Physical Properties - INSULLA White Colour
Specific Gravity
1.45 - 1.5 gm/cm3
Water Absorption
8.5% (at sat. after 96hrs.)
Solar Reflectance Index (SRI)
96.0
Reflectance
0.76
Emittance
0.92
Thermal Conductivity
0.18 W/mK
(As per ASTM C518 : 2010 Standard)
Abrasion Resistance
0.3mm to 0.5mm Max
IS Standard
As per IS 1237 - 1980
Waterproofing
100% (Exterior Surface)
Surface
Non-Skid
Unit wt.
3.0 kg/Sq.ft
Mechanical Properties
Crushing Strength (28 days) 113.7 kg/cm2 (min)
Flexural Strength (7 days)
52Kg/cm2 (min)
Physical and mechanical properties of the tile were tested as per BIS Standards.
Why INSULLATM Tiles
Because it:
Cools inside the room of top floor
Replaces the lime terracing as well as it acts as waterproofing layer
Reduces the roofing cost of building
Cools inside room in the summer and warm in winter
Reduces the dead load of building
Reduces the electricity bill
Fulfilling the BIS Values
Reduces the CFC emissions
Cost effective than lime terracing
Easy in handling and placing
High Durability
Roof top can be utilized for various purposes
Applications
It is for exterior use to cover the roof or wall cladding. The application procedures are same as
normal roof tiles.
Ÿ
Ÿ
Ÿ
Ÿ
Ÿ
Roof Top of Buildings
Wall of Buildings
Cold Storage (Roof top, inner and outer side of wall)
Swimming Pool Bays
Temple Walk Ways
Cool Concepts
Scheme1
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Scheme3
Demo
Scheme4
Scheme5
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Demo
Scheme7
Scheme8
Scheme9
Demo
Scheme10
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Demo
TM
JAPEVA
ENGINEERING PVT.LTD.,
#115, MB Plot, Vanagaram Main Road, Metro Nagar, Alapakkam, Chennai-600 116.Tamil Nadu. India.
E-Mail: japevaengg@gmail.com web:
www.insulla.com
Phone: 91-44-24 76 62 12 / 30 62 62 62 / 8056-345678