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Insulpak®Eco is
manufactured by bonding a multi-layer of highly reflective
aluminium and metaised foil to a high performance polymer
film, giving the product an unsuccessed puncture, tear &
wear resistance and good dimensional stability.
A
special formulated protective coating is applied to both
sides of the surface to ensure its highly reflective
efficiency is protected surface oxidation.
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Benefits and Features
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Reflects 95% of Radiant Heat. |
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Drastically Reduce Energy Bills |
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Fire Retardant and Light Weight |
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Controls Condensation |
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Excellent Tensile Strenght |
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Applications |
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Insulpak®Eco
is can be used insulating roofs, walls and floors of
residential, industrial commercial and institutional
buildings. When used as an exposed internal roof
lining, Insulpak®Eco is enhances light
diffusion and utilization. Insulpak®Eco is
an ideal vapour barrier for heat/moist sensitive
equipment.
Insulpak®Eco will
block the infrared energy from passing through the
structures, resulting in a cooling effect on the
interior of buildings. In cold weather, the system has
a reverse effect; it stops heat from escaping from the
ceiling and wall structures, hence retaining heat and
stabilizing indoor temperature. It serves as
additional secondary waterproof barrier to roof
leakage.
Insulpak®Eco is can be
used insulating roofs, walls and floors of
residential, industrial commercial and institutional
buildings. When used as an exposed internal roof
lining, Insulpak®Eco is enhances light
diffusion and utilization. Insulpak®Eco is
an ideal vapour barrier for heat/moist sensitive
equipment.
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| Physical
Properties |
Value |
| Basic
Weight |
150
± 10gsm |
| Thickness |
130
± 10µ |
| Reflectivity
(ASTM C1371) Emissivity (ASTM C1371) |
95%
0.05 |
Tensile
Strength (ASTM D882)
Mechine Direction
Transverse
Direction |
4.65 kN/m
4.70 kN/m |
Elongation
At Break (ASTM D882)
Mechine Direction
Transverse
Direction |
54.5 %
47.4 % |
| Puncture
Strength (Federal Test Methord Standard No .101C
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61 N
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| Pearmeability
Rate (ASTM E96 : 2000) g/P.am.s |
1.17 x 10-11
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Fire
Propogation Test BS 476 Part 6: 1989
Overall
Performance Index (I)
Sub Index (i1)
Fire
Code Rating
Surface Flame Spread Test BS 476
Part 7: 1989 |
<
12
< 6
Class 0
Class 1 |
| Roll Size |
1.25m x 96m |
| Nett Weight |
18 kg |
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