Electronic Fiberglass Fabric is plain weaved on air-jet looms by intersecting warp and weft, the fabric surface is treated after 1st and 2nd de-sizing, the fabric has electrical insulation property, high strength, high temperature resistance, the product is applied for producing copper-clad laminates and insulation laminated sheets.
Product Description
Electronic Fiberglass Fabric is plain weaved on air-jet looms by intersecting warp and weft, the fabric surface is treated after 1st and 2nd de-sizing, the fabric has electrical insulation property, high strength, high temperature resistance, the product is applied for producing copper-clad laminates and insulation laminated sheets.
7638, 7630, 7628, 1506, 2116, 3313, 1080, 106, and etc.
7628 fiberglass cloth is a general term for electronic-grade glass fiber cloth made of E glass fiber or C glass fiber, which is widely used in the electronic industry. It is a high-end product in fiberglass cloth. 7628 fiberglass cloth offers an excellent combination of high strength to fire resistant properties. A wide range of yarn and weave styles offers a variety of design potential, allowing buyers to choose the best combination of material performance, economy and product flexibility.
• Electrical properties
• Excellent durability, in line with the life cycle of electronic products
• Excellent electrical performance, irreplaceable cost performance
Application of 7628 Fiberglass Cloth
7628 fiberglass fabric provides excellent performance for the electrical industry, high strength, dimensional stability, temperature resistance and excellent electrical properties form the basis for use as a primary reinforcement in high voltage laminates for printed circuit boards.
► High strength, heat resistance, fire-retardant and insulation.
► High pressure strand spreading and easy to resin impregnation.
► Treated with silane coupling agent and excellent compatibility with resins.
Electronic Fiberglass cloth is a light weight woven composite material that is commonly used in industrial, marine, and aerospace applications.
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