E-glass fabric is made of the specific e-glass yarn and is with the advantages of high strength, high heat resistance, high chemical resistance, high flame resistance, good electrical properties, good dimensional stability and other advantages, it is the important raw material for the production of CCL, thus CCL has excellent electrical characteristics and mechanical strength etc., which are widely used in the smart phones, laptops, automotive electronics, aeronautical instruments and other high-tech electronic products.
E-glass fabric generally consists of fabric for PCB application and fabric for composites (non PCB application fabric, is named as “industrial fabric”)
E-glass fabric applied in PCB
E-glass fabric for special composites application: it means the fabric which applies to automotive structural parts, electrical insulation, high temperature insulation, building materials, aerospace and sports equipment field. E-glass fabric is the base and reinforcement material, which can be made into a variety of excellent performance composites by combined with a variety of organic and inorganic materials, which is extensively applied in industry, construction, transportation, environmental protection and other fields of the national economy.
Application Fields
Sketch Map of Application Effect
Description of Application
Automotive Structure Parts
The glass fiber composites are wider in application to the automotive such as bumper, fender, engine cover etc. due to the advantage of toughness, anti-corrosion resistance, abrasion resistance and heat resistance comparing with the traditional materials and meet the requirement of lightweight and high strength.
Electrical Insulation
Glass tape is widely used electrical appliances, motors and dry tape transformers with the advantages of heat resistance, excellent bonding strength, high tearing strength and high cost performance, which is made by coating the glass fabric with silicone or acrylic glue.
Thermal Insulation
The glass fabric are extensively applied to food industry, micro drying, photovoltaic and packaging line etc. with the advantages of high strength and high temperature etc., the fabric as a superior base material is made to high temperature tape by immersing, impregnating and coating the imported PTFE resin, using a unique technology.
Construction
The glass fabric is extensively applied to various construction materials such as screen, composites wall, roof etc. with the advantages of high strength, light weight, aging resistance, good flame resistance, sound and thermal insulation etc.
Aeronautics & Aerospace
Glass composites provide a good solution for aeronautics and aerospace due to the advantages of light weight, high strength and shock resistance and flame resistance etc.
Sports & Leisure
Glass fiber composites are extensively applied to the manufacture of yachts hull and sports equipments such as skis, tennis rackets, badminton rackets and bicycle etc. due to the advantages of corrosion resistance, light weight, high strength, multi design freedom easy processing, low friction coefficient, good fatigue resistance and superior enforcement effect etc.
