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PCB/CCL Gold Buffer Pad LX-GB260

PCB/CCL Gold Buffer Pad LX-GB260 image 1PCB/CCL Gold Buffer Pad LX-GB260 image 2PCB/CCL Gold Buffer Pad LX-GB260 image 3PCB/CCL Gold Buffer Pad LX-GB260 image 4PCB/CCL Gold Buffer Pad LX-GB260 image 5PCB/CCL Gold Buffer Pad LX-GB260 image 6PCB/CCL Gold Buffer Pad LX-GB260 image 7

PCB/CCL Gold Buffer Pad LX-GB260

Lamination Materials

PCB/CCL Gold Buffer Pad LX-GB260

A glass fiber and fluorine rubber composite gold buffer pad, available in twill and plain weave, for heat insulation and

Brand
Lixing Compound Materials
Origin
Zhuhai, Guangdong, China
Supply
Factory direct; custom sizes and cutting available
Samples
Samples available on request

Product Details

A glass fiber and fluorine rubber composite gold buffer pad, available in twill and plain weave, for heat insulation and cushioning of press plates in PCB/CCL lamination.

The PCB/CCL Gold Buffer Pad LX-GB260 is a glass fiber and fluorine rubber composite with a golden-yellow surface, used for heat insulation and cushioning of press plates in PCB/CCL lamination.

Twill and plain weave

Two surface textures are available: twill with a deeper texture and plain weave with a shallower texture. Material and specifications are the same, so the weave can be chosen to suit the process.

Features and applications

  • Composite structure of glass fiber and fluorine rubber.
  • Heat resistance ≤260 °C, suited to the high temperatures of lamination.
  • Cushioning >12%, tensile strength ≥25 MPa.
  • Thickness tolerance ±0.3 mm, dimensional tolerance (L/W) +2/-1 mm.
  • 500 press cycles.
  • Suitable for heat insulation and cushioning of press plates in PCB/CCL lamination.

Specifications

ItemValueUnit
CompositionGlass fiber + fluorine rubber
WeaveTwill (deep texture) / plain (shallow texture)
ApplicationHeat insulation and cushioning of press plates in PCB/CCL lamination
ColorGolden yellow, no obvious color difference
Water absorption<7%
Thickness toleranceNominal ±0.3mm
Cushioning>12%
Tensile strength≥25MPa
Heat resistance≤260°C
Thermal shrinkage0 (240°C × 120 min)mm
Press cycles500cycles
Dimensional tolerance (L/W)+2/-1mm
Diagonal (squareness)≤2mm

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