Anti-Static Graphite PTFE Coated Fiberglass Fabric

0 + Pieces sold in the past 30 days

Thickness: 0.08 ~ 0.4 mm
Weight: 170 ~ 820 g/m2

DESCRIPTION

– Specification –

Model	Color	Thickness	Width	Weight	Tensile Strength	Temperature Resistance
TG1Z8BK	Black	0.08mm	1250mm	170 g/m2	130/120N/cm	-140 ~ 360C
TG1Y3BK	Black	0.13mm	1250mm	275 g/m2	220/190N/cm	-140 ~ 360°C
TG1Y8BK	Black	0.18mm	1250mm	415 g/m2	330/250N/cm	-140 ~ 360°C
TG1N5BK	Black	0.25mm	3200mm	510 g/m2	410/330N/cm	-140 ~ 360C
TG1M5BK	Black	0.35mm	3200mm	680 g/m2	560/445N/cm	-140 ~ 360°C
TG1A0BK	Black	0.40mm	4000mm	820 g/m2	820/500N/cm	-140 ~ 360°C

– Antistatic PTFE Fiberglass Fabric –

The anti-static coated PTFE glass fabric provided by eleclifeoem is made of the high-quality glass fiber cloth, which is repeatedly and thoroughly impregnated with Teflon (also known as polytetrafluoroethylene, commonly known as the king of plastics) resin, and added graphite and antistatic substances. to make;

The manufacturing principle of static PTFE fiberglass fabrics: Add specially formulated graphite and antistatic agent during the manufacturing process to make the material conductive and static. Graphite is added to make the high-temperature-resistant fabric appear black. An antistatic agent eliminates static to make the high-temperature-resistant material’s antistatic coefficient reach the 6th power of 10.

PTFE anti-static fabric has the same chemical resistance, water resistance, temperature resistance, and tensile strength as ordinary PTFE coated fiberglass fabrics.

eleclifeoem offers two types of antistatic PTFE fabrics: with liner and without liner. You can choose any style according to your needs; the PTFE anti-static cloth with release paper has adhesive on the back, which can be pasted after tearing it off, or it can be cut into tapes of different sizes according to needs; the anti-static cloth without release paper Static fabric has no adhesive ability and can be used as a spacer or protective material.

Its excellent electrical conductivity makes it widely used in electronics, plastics, textiles, printing, and other industries.