Superfoil SF19BB - 10m x 1.2m

• Suitable for use in walls and roofs
• Completely breathable rain barrier membrane and insulation

Roofs/walls/floors: Superfoil SF19BB is a high-performance bubble foil insulation solution ideal for floors, walls, and roofs, offering excellent thermal efficiency, durability, and ease of installation. Its multi-layer construction with reflective surfaces effectively reduces heat loss, enhancing energy efficiency in residential, commercial, and industrial buildings. The lightweight and flexible design of SF19BB ensures easy handling and installation, conforming seamlessly to various surfaces and around obstacles. The robust materials provide long-lasting performance and resistance to wear and tear. Additionally, its vapour-permeable properties allow moisture to pass through while maintaining insulation effectiveness, promoting a healthier indoor environment. Overall, Superfoil SF19BB is a cost-effective choice that lowers heating and cooling expenses, reduces maintenance needs, and significantly improves thermal efficiency in diverse building applications.

What is SuperFOIL SF19BB?

SuperFOIL SF19BB is a high-performance, breathable multifoil insulation product designed for use in various building applications, particularly in roof and wall constructions. It provides excellent thermal insulation, reflective properties, and breathability, allowing moisture to escape while maintaining energy efficiency.

How is SuperFOIL SF19BB installed?

SuperFOIL SF19BB is installed by fixing it directly to the building structure, such as rafters or studs. It can be stapled, nailed, or adhered using appropriate adhesive. Joints and overlaps should be sealed with compatible tape to ensure airtightness and maintain insulation integrity. Its breathability makes it suitable for use without the need for additional ventilation layers.

How does SuperFOIL SF19BB handle moisture and condensation?

SuperFOIL SF19BB is designed to be breathable, allowing moisture to escape while preventing moisture ingress. This helps to reduce the risk of condensation within the building envelope, maintaining the insulation's performance over time.