Built on trust, grown through integrity yw@zh-lx.com 繁體

Beige Silicone Pad

Beige Silicone Pad image 1Beige Silicone Pad image 2Beige Silicone Pad image 3Beige Silicone Pad image 4Beige Silicone Pad image 5

Beige Silicone Pad

PCB/FPC Lamination

Beige Silicone Pad

Beige silicone pad made from silicone rubber and fiberglass, with heat and pressure resistance, cushioning, and flatness. Highly reusable, electrically insulating, thermally conductive, voltage resistant, and easy to install, with a fiberglass carrier.

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

Product Details

Beige Silicone Pad

Adhesive backing available on request; supplied in rolls or die-cut sheets.

Product Details

Name

White Silicone Pad

Material

Silicone + fiberglass

Size

Length: 10M (Or as a sheet)
Thickness: 1.6mm (customizable)
Width: 600mm (customizable)

Specific Gravity

1.3g/cm3±0.2 g/cm3

Service Life

Depends on the environment and operating conditions
Recommended storage temperature: 15-25 degrees
Recommended storage humidity: <65% RH
6 months

color

WHITE

Thickness of glass fiber

0.2±0.02mm

Hardness

60HA±5HA

Elongation

>380%±10%

Peel strength

>80kgf/c ㎡

Operating temperature

160° ~250°

Shelf Life

6 months

Function

Install on the hot press.
Silicone cushions the workpiece against the heated platen during pressing.
Silicone distributes heat more evenly across the surface and helps prevent burns.

Notice


The heated platen must be flat and free of scratches. Install the material flush against the platen surface.
Do not fold sharply, as this may cause deformation.
The recommended temperature is 160-250°.

Properties: thermal conductivity, electrical insulation, and voltage resistance

Dimensions and properties can be customized to meet customer requirements.

Need a recommendation or samples?

Tell us your process temperature, pressure and size requirements, and our engineers will recommend the right material.