Product Specifications
- Material: High-density glass mineral wool with reinforced aluminum foil facing.
- Thickness Options: Available in 25mm, 40mm, and 50mm thicknesses.
- Roll Dimensions:
- 25mm thickness: 15.00m (length) x 1.20m (width)
- 40mm thickness: 9.50m (length) x 1.20m (width)
- 50mm thickness: 7.50m (length) x 1.20m (width).
- Roll Area:
- 25mm: 18.00m²
- 40mm: 11.40m²
- 50mm: 9.00m².
- Pallet Area:
- 25mm: 324.00m²
- 40mm: 205.20m²
- 50mm: 162.00m².
- Thermal Conductivity:
- At 10°C: 0.032 W/(m·K)
- At 50°C: 0.039 W/(m·K)
- At 100°C: 0.049 W/(m·K).
- Fire Classification: Euroclass A2-s1,d0 Reaction to Fire classification according to EN 13501-1.
Key Features
- Superior Thermal Insulation: Provides effective heat retention, improving the energy efficiency of duct systems.
- Enhanced Acoustic Insulation: Reduces noise transmission from ductwork.
- Durable Facing: Reinforced aluminum foil facing adds extra durability and moisture resistance.
- Ease of Installation: Lightweight and flexible, facilitating quick and efficient installation.
- Fire Safety: Offers a high level of fire protection, contributing to the overall safety of the building.
- Environmental Sustainability: Manufactured from up to 75% recycled glass and achieves an A+ generic rating within the BRE Global Green Guide.
- Eurofins Gold Certification: The highest accreditation for indoor air quality.
Applications
- Primary Use: Designed for robust thermal and acoustic insulation of HVAC ductwork.
- Versatility: Suitable for applications both inside and outside a building (with suitable covering).
Additional Information
- Mechanical Resistance: Increased mechanical performance for a tight, high-quality finish.
- Water Behaviour: SD value ≥ 100 according to EN 12086.
- Maximum Service Temperature: <150°C (for the facing 80°C).
Isover Climcover Roll Alu 2 Strong Duct Wrap is an advanced insulation solution that combines effective thermal and acoustic performance with enhanced durability and sustainability. It is an excellent choice for HVAC systems where both thermal efficiency and robustness are essential.
