The Superfoil SF40 65mm x 1.5m x 10m is a high-performance insulation product designed to provide superior thermal resistance and durability. It is manufactured by Superfoil, a renowned brand known for its quality and innovation in insulation technology. This product is made from 2 reinforced heavy-duty double foil laminated outer layers, 8 aluminium coated reflective foil PET layers, and 9 loft quilt 80g/sqm layers. This unique combination of materials ensures excellent insulation properties, making it ideal for use in a variety of construction projects. The silver colour of the product adds a sleek and professional finish to any installation.
Measuring 10m in length, 1.5m in width, and 65mm in thickness, this Superfoil SF40 product covers an area of 15m². Despite its extensive coverage, it weighs only 15kg, making it easy to handle and install. It boasts impressive tensile properties, with a length resistance of 757N/50mm and a width resistance of 726N/50mm. Furthermore, it has a water vapour resistance of 2,500MNs/g, ensuring that it can withstand harsh weather conditions and provide long-lasting performance.
In terms of safety, the Superfoil SF40 65mm x 1.5m x 10m is rated Class E for fire resistance. It also exhibits excellent resistance to water penetration, rated at W1, and high resistance to tearing, with a length resistance of 179N and a width resistance of 453N. With a thermal resistance of 2.57 R Value, this product is a reliable choice for maintaining optimal indoor temperatures and reducing energy consumption.
Key Features
- Manufactured by Superfoil, a trusted brand in insulation technology
- Composed of 2 reinforced heavy-duty double foil laminated outer layers, 8 aluminium coated reflective foil PET layers, and 9 loft quilt 80g/sqm layers
- Covers an area of 15m² with dimensions of 10m x 1.5m x 65mm
- Lightweight at 15kg for easy handling and installation
- Impressive tensile properties and water vapour resistance
- Rated Class E for fire resistance
- Excellent resistance to water penetration and tearing
- High thermal resistance for optimal insulation
