Glass Fiber Fabric Shapes

Glass Fiber Fabric Shapes

The "shape" refers to the ​​weave style​​ and the ​​thickness​​ (often defined by the glass yarn weight), which directly impact the PCB's performance. Common weaves include: ​​Plain Weave:​​ The most common and tightest weave. Each warp yarn passes alternately over and under each weft yarn. Offers good stability and low yarn slippage. Used in a wide range of standard PCBs.
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Description
Technical Parameters
glass fiber fabric uses China

 

Style Yarn Norminal Yarn count Norminal Weight Thickness Structure
warp weft warp weft
warp weft inch cm gsm osy mm
CW7628 CC9-67*1 CC9-67*1 43.2 30 17 12 210 6.2 0.2 Plain
CW2523 CC11-68*1*3 CC11-68*1*3 30.5 20 12 8 400 11.8 0.35 Plain
CW3732 CC13-128*1 CC13-128*1 45.7 33 18 13 430 12.7 0.43 Twill
CW666 CC11-68*1*3 CC11-68*1*3 45.7 33 18 13 660 19.5 0.6 Satin
CW3784 CC13-128*1*2 CC13-128*1*2 45.7 33 18 13 840 24.8 0.8 Satin
CW3786 CC13-128*1*3 CC13-128*1*3 45.7 33 18 13 1300 38.3 1.1 Satin
CW3788 CC13-128*1*4 CC13-128*1*4 45.7 33 18 13 1600 47.2 1.5 Satin
Fiberglass Cloth
glass fiber fabric shapes
Fiberglass Cloth
Fiberglass Cloth
What are the common shapes or types of electronic-grade fiberglass cloth?

 

The "shape" refers to the ​​weave style​​ and the ​​thickness​​ (often defined by the glass yarn weight), which directly impact the PCB's performance. Common weaves include:

 

​Plain Weave:​​ The most common and tightest weave. Each warp yarn passes alternately over and under each weft yarn. Offers good stability and low yarn slippage. Used in a wide range of standard PCBs.

 

​Twill Weave:​​ A warp yarn passes over and under two or more weft yarns, creating a diagonal pattern. It has better drapeability and a smoother surface than plain weave, often used for thicker laminates.

 

​Satin Weave (e.g., 8-Harness Satin):​​ A warp yarn floats over several weft yarns before going under one. This creates an even smoother surface, which is critical for PCBs with very fine lines and high layer counts. It improves resin wetting and drillability.

 

​Leno Weave:​​ Used for specialized applications where exceptional dimensional stability and open space are needed, often as a boundary layer between other weaves.

The cloth is also categorized by its ​​thickness​​ and ​​weight​​ (e.g., 106, 1080, 2116, 7628). The number is a historical style designation:

 

​106/1080:​​ Very thin, lightweight fabrics used for high-density interconnect (HDI) PCBs, common in smartphones.

 

​2116:​​ A medium-weight, versatile fabric used in a vast array of multi-layer PCBs.

 

​7628:​​ A heavy, thick fabric that provides mechanical strength and is used in thicker PCBs like server motherboards.

The choice of weave and style is a critical engineering decision that balances electrical performance, thickness, mechanical strength, and cost.

 

What Services Do We Provide?


A:Free samples available.
Large inventory with short delivery times and various styles to choose from.
OEM and ODM orders accepted, including custom logo printing and designs.
We strive to offer high-quality products at factory prices with fast response and reliable service.
Our skilled workers and professional foreign trade team ensure exceptional service.

 

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