F80 imported flame retardant double-sided aluminum foil

We can provide various waterproof and vapor-proof veneer materials required for glass wool felts for steel structures, and process and compound them on glass wool felts in the original factory to meet various environmental requirements. It can greatly reduce the loss of heat and cold, not only has a beautiful appearance, but also has excellent moisture-proof and heat-insulating properties.

133g/m³

density

Product Introduction

We can provide various waterproof and vapor-proof veneer materials required for glass wool felts for steel structures, and process and compound them on glass wool felts in the original factory to meet various environmental requirements. It can greatly reduce the loss of heat and cold, not only has a beautiful appearance, but also has excellent moisture-proof and heat-insulating properties.

Application

It is widely used in steel structure buildings, especially in roof systems.

Technical Parameters

Performance Project
Technical Parameters
Implementation Standards
Physical Structure



Aluminum foil 7.6 micron; artificial rubber polymer layer 2.5 micron; polyester mesh 4 lines/100 mm (vertical); latex layer; three-way glass fiber mesh, 16 lines/100 mm (vertical), 20 lines/100 mm (diagonal); 100% virgin kraft paper 49 g/㎡; fire-retardant latex; aluminum foil 7.6 micron;
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Veneer width

1.2 m

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Water vapor permeability g/(㎡.s.Pa)
≤1.0×10^-9
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Thickness (micrometer)
178micron
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Bulk weight kg/m³
16≤P≤24;24≤P≤32;32≤P≤40;
GB/T 13350
Thermal load shrinkage temperature ℃
≥250;≥250;≥250
GB/T 13350
Thermal conductivity W/(m·k) Average temperature 70℃

≤0.048;≤0.044;≤0.042;

GB/T 13350
Bursting strength N
≥35;
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Tensile breaking strength N/25mm
≥120;≥80;
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Combustion performance grade

Non-combustible materials

GB 5464
weight

133g/㎡

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Combustion performance grade

A-level

GB 8624
Formaldehyde emission mg/L (detection limit 0.30)

Not detected

GB/T 13350

Thermal conductivity W/(m·k) Average temperature 25℃

≤0.041;≤0.038;≤0.036;
GB/T 13350