Product Center

7628 Electronic Fiberglass Cloth
7628 Electronic Fiberglass Cloth
7628 Electronic Fiberglass Cloth
7628 Electronic Fiberglass Cloth
7628 Electronic Fiberglass Cloth
7628 Electronic Fiberglass Cloth
7628 Electronic Fiberglass Cloth
7628 Electronic Fiberglass Cloth
7628 Electronic Fiberglass Cloth
7628 Electronic Fiberglass Cloth
FOB
MOQ:
100
Shipping:
Express Delivery, Ocean freight, Air freight, Land freight
Certificate:
CE,ISO,SGS
Width:
1270/1020mm/1000mm
Thickness:
0.18±0.02mm
Color:
White
Sample:Free supportGet samples
Product details
FAQ
Essential details
MOQ:100
Lead time:15-30days
Shipping:Express Delivery, Ocean freight, Air freight, Land freight
Product Introduction

7628 Electronic Fiberglass Cloth

7628 Fiberglass Cloth is made by superfine E-glass fiber, woven with plain weave. Fiberglass cloth is an engineering material, which has many excellent characteristics, such as good electrical insulation, fire retardant, waterproof, aging resistance, weather resistance, high strength, high modulus and so on.




  Key Features of 7628 Electronic Fiberglass Cloth

  • Industry-Standard PCB Reinforcement Fabric
    7628 is one of the most widely used electronic fiberglass cloth styles in the PCB and copper clad laminate industry. It is commonly used in FR4 laminates and multilayer circuit board manufacturing.
  • High Mechanical Strength
    Made from continuous E-glass fiber yarns, 7628 fabric provides excellent tensile strength and dimensional stability, helping improve the structural integrity of composite laminates.
  • Excellent Electrical Insulation
    The fabric offers reliable dielectric properties and insulation performance, making it suitable for electrical insulation materials, PCB substrates, transformers, and electrical equipment.
  • Uniform Thickness and Weaving Structure
    The fabric features consistent thickness, weight, and weave density, helping manufacturers achieve stable processing performance and high-quality finished products.
  • Outstanding Thermal Stability
    7628 fiberglass cloth maintains stable performance under elevated temperatures and is suitable for applications requiring long-term thermal resistance.
  • Widely Used in FR4, G10, and G11 Laminates
    7628 cloth is a preferred reinforcement material for epoxy glass laminates, printed circuit boards, electrical insulation sheets, and various composite applications.
  • Cost-Effective for Industrial Production
    With its excellent balance of strength, thickness, resin absorption, and electrical performance, 7628 fiberglass cloth has become one of the most economical and widely adopted materials for large-scale laminate production.




  Product Parameters:  

  Product Name   7628 Electronic Fiberglass Cloth
  Place of Origin   Suqian, China
  Brand Name   TY-Elec
  Certificate   CE ISO SGS
  Material    E-glass Fiber
  Fabric Style   7628
  Thickness   0.18mm
  Weight   203±3g/m2
  Width   1000 mm/1020mm/1270mm or Customized
  Temperature Resistance   ≥550°C
  Color   White
  Weave Type    Plain Weave
  Surface Treatment   Silane-treated
  Packing   Cartons
 

   


  Applications of 7628 Electronic Fiberglass Cloth


  • Copper Clad Laminate(CCL) 
  • Printed circuit boards ( PCBs)
  • Insulation board (G10 & G11 Insulation Sheets)
  • Electrical Insulation Systems
  • Industrial Composite Materials

Request A Quote

WHY CHOOSE US

Innovation, Dedication And A Commitment To Our Customers.

Tel:(+86) 18068755165

Building 5, Fudu Jiangnan New Economic Industrial Park, Zhonglou District, Changzhou City, Jiangsu Province

export@tongyangelectric.com/

info@tongyangelectric.com

Copyright ©️ 2025,Tongyang(yang zhong) Electrical Equipment co.,Ltd,All Rights Reserved.

e.g. email icon
Tongyang Electric logo

About Us

Product

News

Contact Us

About

Electrical Busway

Low Voltage Copper Bus duct

Air Type Bus duct

Cast Resin Bus duct

High Voltage Common Box Busway

Cable Tray

Channel Cable Tray

Perforated Cable Tray

Ladder Cable Tray

GRP/FRP Cable Tray

Applications

Fire-Resistant  Busway

Long-Span Cable Tray