Product Description:
 
 The commercial grade Foil-Scrim-Kraft (FSK) Facing, engineered with a reinforced two-way scrim embedded between a reflective foil and a durable 60gsm Kraft paper backing. This composite structure provides a robust, tear-resistant barrier that effectively retards vapor transmission and offers low emissivity for superior thermal reflectivity. It is primarily employed as a facing and vapor barrier in HVAC and building insulation systems.
 
 
 Facing Composition:
 
    | Facing Composition |  Description |  
  | Aluminum Foil |  7 micron |  
  | 2-way Fiberglass Scrim |  12.5×12.5mm |  
  | Adhesive |  Polyethylene |  
  | Kraft |  60gsm |  
  
 
 
 Typical Physical Properties:
 
    | Physical Properties |  Value |  
  | Basis Weight (g/㎡) |  95 |  
  | WVTR (ng/N.s) |  5.75 |  
  | Tensile Strength - MD (N/25mm) |  130 |  
  | Tensile Strength - XD (N/25mm) |  70 |  
  | Burst Strength (N/c㎡) |  30 |  
  
 
 
 Advantages:
  - Exceptional Strength & Durability
· Reinforced with a sturdy scrim to resist tearing, puncturing, and stretching.  - Advanced Thermal & Moisture Protection
· Features a low-emissivity foil surface that reflects radiant heat, enhancing insulation performance.
· Serves as an effective vapor barrier to prevent moisture damage.  - Simple & Quick Installation
· Kraft paper backing ensures strong adhesion to a variety of surfaces.
· Flexible and easy to cut, shape, and handle on-site for efficient application.  
 
 Applications:
  - Facing & Vapour Barrier: Ideal for use with fiberglass, rock wool, and foam duct wrap insulation.
  - Vapour Retarder: Suitable for a wide range of applications requiring effective vapour control.
  - Radiant Barrier: An excellent solution for reflecting radiant heat due to its low-emissivity surface.
  
 Important Notes:
  - Available Roll Width: 1.0m, 1.2m, 1.25m, 1.30m, 1.35m
  - Tolerance: Weight and Thickness: ±10%; Width: ±3mm; Length: Log Roll: ±0.3m, Jumbo Roll ±0.5%.
  - The products should be stored at room temperature, kept away from wet and heat source.
  
 