Tri-directional Fiberglass mesh laid scrim for aluminum foil insulation using

Short Description:

Roll Width: 200 to 2500 mm

Roll Length:: Up to 50 000 m

Yarns Type:: Glass, Polyester, Carbon, Cotton, Flax, Jute, Viscose, Kevlar, Nomex,

Construction:: Square, tri-directional

Patterns:: From 0.8 yarns/cm to 3 yarns/cm

Bonding:: PVOH, PVC, Acrylic, customized

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Tri-directional Fiberglass mesh laid scrim Brief Introduction

This product is a specialized Tri-directional Fiberglass Mesh Clothing Laid Scrim, a cost-effective reinforcing fabric engineered specifically for aluminum foil insulation applications. It is manufactured from continuous glass filament yarns arranged in a unique tri-directional open mesh construction and chemically bonded. This advanced process creates a lightweight, exceptionally strong, and dimensionally stable fabric that is highly compatible with aluminum foil lamination processes. The tri-directional design provides enhanced multi-axial strength and stability, offering an economical and efficient method to reinforce and significantly improve the performance of thermal insulation composites.

Tri-directional Fiberglass mesh laid scrim Characteristics

Enhanced Multi-axial Stability from Tri-directional Construction: The unique tri-directional mesh design provides superior dimensional stability and strength distribution across multiple axes compared to standard biaxial scrims. This results in improved resistance to stress and deformation in complex applications.

Comprehensive Functional Properties: The scrim possesses a robust set of characteristics essential for reinforcement in demanding environments, including exceptional dimensional stability, high tensile strength, alkali resistance, tear resistance, fire resistance, anti-microbial properties, and water resistance.

High Strength with Light Weight & Production Efficiency: It delivers significant reinforcement while adding minimal weight, offering an excellent strength-to-weight ratio. It can be fully bonded with almost any material, including aluminum foil. Available in very long roll lengths (each roll can be up to 10,000 meters), it facilitates continuous, high-speed production runs, minimizes downtime, and improves overall manufacturing efficiency.

Tri-directional Fiberglass mesh laid scrim Data Sheet

Item No.	CF12.5*12.5PH	CF10*10PH	CF6.25*6.25PH	CF5*5PH
Mesh Size	12.5 x 12.5mm	10 x 10mm	6.25 x 6.25mm	5 x 5mm
Weight (g/m2)	6.2-6.6g/m2	8-9g/m2	12-13.2g/m2	15.2-15.2g/m2

The regular supply of non-woven reinforcement and laminated scrim is 12.5x12.5mm,10x10mm,6.25x6.25mm, 5x5mm,12.5x6.25mm etc. The regular supply grams are 6.5g, 8g, 13g, 15.5g, etc.With high strength and light weight, it can be fully bonded with almost any material and each roll length can be 10,000 meters.

Tri-directional Fiberglass mesh laid scrim Application

Primary Use: Reinforcement for Aluminum Foil Insulation Composites

This is the core and specialized application of this product. It is widely applied in the aluminum foil industry as a key reinforcing layer within thermal insulation composites. The integration of this tri-directional scrim significantly enhances the mechanical strength, dimensional stability, and integrity of the laminated aluminum foil product. Its long roll length directly contributes to higher production line efficiency, while also helping to achieve a smoother, more uniform, and wrinkle-resistant finished product appearance, which is critical for optimal insulation performance and quality.

Secondary Applications

Due to its versatile and enhanced reinforcement properties, this type of tri-directional fiberglass laid scrim is also suitable for other demanding industries:

High-Performance PVC Flooring

Used as a premium stabilization layer to provide superior resistance against thermal expansion and contraction, preventing joint separation or bulging in high-stress environments.

Reinforcement for Technical Non-Woven Fabrics

Applied to high-performance materials like fiberglass tissue, advanced polyester mats, and technical wipes to dramatically increase tensile and tear strength with minimal weight addition.

Base Material for Demanding Coated Fabrics

Ideal for producing durable technical items like heavy-duty truck covers, architectural membranes, high-strength banners, and sailcloth where multi-directional strength is crucial.