What is Thin Glass Fabric 1010
With the rapid advancement of the electronics industry, demand for high-performance electronic materials continues to surge. Thin Glass Fabric 1010, recognized as the world’s thinnest electronic-grade glass fiber fabric, has emerged as a critical material for cutting-edge electronics and composite manufacturing due to its ultra-slim profile and exceptional performance characteristics.
Crafted from ultrafine E-glass fibers using precision weaving technology, this ultra-thin fabric redefines material engineering standards.
1. Key Features of Thin Glass Fabric 1010
Ultra-Slim Architecture：
At 10 microns thick (one-eighth the thickness of standard A4 paper), it enables lightweight designs essential for miniaturized electronics and high-strength composites.
Precision Engineering：
Utilizes ultrafine glass fiber yarn (4-5μm diameter) with precision fiber spreading technology to ensure uniform filament distribution.
Proprietary low-grammage weaving process (<15g/m²) maintains structural integrity while minimizing thickness, eliminating porosity or deformation risks.
Advanced Surface Treatment：
Silane coupling agent coatings enhance resin-fiber interfacial bonding, preserving mechanical performance even at ultra-thin dimensions.
Superior Performance：
Outperforms traditional glass fabrics through optimized fiber alignment and surface treatments, delivering enhanced dielectric properties and thermal stability.
2. Technical Parameters
Style | Count(per inch) Warp×Fill | Yarn Nomenclature Warp×Fill | Weight (g/m2) | Thickness (mm) | LOI (%) |
1010 | 96×96 | BC3750 1/0×BC3750 1/0 | 10±1 | 0.011±0.002 | 0.15±0.04 |
3. Applications in Advanced Industries
Aerospace & EVs: Reinforces epoxy prepregs for aircraft skins, satellite components, and EV battery enclosures, achieving 30% weight reduction without compromising strength.
Wind Energy: Reduces resin consumption in turbine blades by 18-22%, lowering costs while improving fatigue resistance.
Flexible Electronics: Enables ultra-thin flexible PCBs for foldable smartphones and micro-sensor substrates in wearables.
4. Production
Few manufacturers capable of mass-producing 10-micron electronic fabrics, our company can delivers:
Contact us to you have enquiry about Thin Glass Fabric
