3-Way Scrim Commercial-Grade Foil-Scrim-Kraft (FSK) Facing With 95 gsm Basis Weight

Product Description:

The 3-Way Scrim Commercial-Grade Foil-Scrim-Kraft (FSK) Facing incorporates a 3-way scrim and is backed with 60gsm kraft paper. This composite structure ingeniously combines a low-emissivity foil surface with the strength of a reinforced scrim, resulting in a highly durable and tear-resistant premium material. The design not only significantly enhances the mechanical strength of the material but also ensures its long-term stability in complex construction environments. The foil layer effectively reflects radiant heat, improving thermal insulation performance, while the reinforced scrim provides excellent tensile strength and dimensional stability, resisting deformation or damage even under stress or temperature variations. Additionally, the kraft paper backing offers good surface adhesion, facilitating bonding or securing during actual installation.

Facing Composition:

Typical Physical Properties:

Advantages:

1.Robust & Durable

· Reinforced scrim resists tearing, punctures, and stretching.

2.Thermal & Moisture Protection :

· Low-emissivity foil surface reflects radiant heat, boosting insulation efficiency.

· Acts as a reliable vapor barrier to protect against moisture.

3. Easy Installation:

· Kraft paper backing provides strong adhesion to various substrates.

· Flexible and easy to cut and handle on-site.

Applications:

• Facing & Vapour Barrier
  · For insulation materials like glass wool, rock wool, and mineral wool.
  · For foam duct wrap insulation.
• Vapour Retarder
  Suitable for a wide range of other insulation applications where a vapour retarder is needed.
• Radiant Barrier
  An excellent choice for radiant barrier applications because of its low emissivity.

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.