FSK100A Aluminum Reinforced Facing
Foil-Scrim-Kraft Facing - Vapor & Radiant Barrier
FSK100A aluminum reinforced facing is a premium grade product. It is achieved by laminating fiberglass scrim, 100gsm natural Kraft, and 7 microns aluminum foil together. As compared with our other types of aluminium foil facing, this one utilizes thicker Kraft paper so as to assure improved tensile strength, tearing resistance, durability, and appearance.
Capable of reflecting 97% radiant heat, the aluminum reinforced facing is ideal radiant barrier material which can be used against roof decking, walls, and flooring system. Thus, it can block the suns radiant heat in summer and retain indoor heat in winter, so as to assure a comfortable indoor environment without any electricity energy consumption. The product is also commonly used as water vapor barrier. When used in combination with traditional insulation materials such as glass wool, rock wool, phenolic panel, PU foam, etc. it offers improved performance for air conditioning ductworks wrapping, and cold room insulation.
Construction| Facing Composition | Description | Value (Metric) |
| Foil | Aluminum | 7 micron |
| Reinforcing | Fiberglass | 8 / 100mm -Machine Direction |
| 12 / 100mm -Cross Direction | ||
| Kraft | Natural Kraft | 100gsm |
| Physical Property | Value (Metric) | Test Method |
| Basic Weight | 130 gsm | Scale |
| Water Vapor Transmission Rate | 5.75 ng/N.s | ASTM E96 |
| Tensile Strength | 200 N/25mm - Machine Direction | ASTM D828 |
| 73N/25mm - Cross Direction | ||
| Burst Strength | 90 N/cm2 | ASTM D774 |
| Temperature Resistance | Remains Flexible No Delamination | ASTM C1263 - 30℃/ 90℃ |
| Dimensional Stability | Less than 0.5% | ASTM D1204 @ 150F (65℃) |
Roll Width: 1.0m, 1.2m, 1.25m, 1.30m
Total Length: from 60m up to 2000m.
As an experienced FSK100A aluminum reinforced facing manufacturer based in China, we provide not only aluminum foil facing, but also aluminum foil tape, D/S reflective aluminum foil insulation, aluminum foil woven fabric, and more.
