Novia FlamePro A1 FR Reflective Air and Vapour Control Layer - 1.48m x 50m Roll
- Product Code: A1-6870
- Delivery Time: 1-3 working days
- Brand: Novia (Tech. support: 01622678952)
- Model: 1.48m x 50m - 74m2
- Weight: 21.50kg
Novia FlamePro A1 FR Reflective Air & Vapour Control Layer - 1.48m x 50m Roll
Novia FlamePro A1 FR is a premium, high‑performance reflective Air & Vapour Control Layer (AVCL) designed for use in both standard and high‑rise buildings where the highest levels of fire safety and moisture control are required. It is classified as A1 non‑combustible under EN 13501‑1, making it suitable for projects that must meet the most stringent fire‑performance standards. FlamePro A1 FR is engineered to provide exceptionally low vapour permeability and full airtightness, helping to improve the overall thermal efficiency of the building envelope. One side is reflective, enhancing thermal performance when installed facing an airspace, while the reverse is a clean white surface with no printed text. Novia FlamePro A1 FR is widely chosen for projects where non‑combustibility, airtightness and moisture control must work together to deliver a safe, efficient and compliant building envelope.
CHARACTERISTICS

- A1 fire classification: Fully non‑combustible and approved for high‑rise applications.
- High moisture vapour resistance: Suitable for any insulated wall or roof build‑up requiring strong vapour control.
- Airtight construction: Helps reduce heat loss and improve building energy performance.
- Reflective surface: Enhances thermal performance when facing an air cavity.
- Suitable for high‑rise and standard buildings: Versatile across a wide range of applications.
- Warm‑side vapour control in insulated walls
- Warm‑side vapour control in insulated roofs
- High‑rise construction requiring A1‑rated membranes
- Projects needing enhanced airtightness and thermal efficiency
- EN 13501‑1 Fire Classification A1 — This is the highest non‑combustible rating under the European fire classification system. It confirms the membrane will not contribute to fire growth or spread.