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Non-stick PTFE Teflon Film OEM Excellent Dielectric PTFE Film Tape
Product number:Non-stick PTFE Teflon Film OEM Excellent Dielectric PTFE Film Tape
Quick Overview: Place of Origin: China Certification: ISO 9001,ROHS
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Product Description
Ptfe Teflon Film has made extensive investments in the latest skiving technologies, enabling us to provide customers with high quality, competitively priced products. For its excellent dielectric capability, anti-aging and anti-corrosion property, Super thin PTFE teflon skived Tape&Film has been used in a wide range of industries including the electronics and semi conductor industries. Furthermore, it is classified into oriented film, semi-oriented film and non-oriented film. Super thin PTFE teflon skived Tape&Film is available in a wide range of widths, thickness and colors. Especially, Senrong’s new investment in a high precision film skiving machine will make the production of ultra thin film or sheet possible, and can consistently achieve the tightest tolerance of ±.05 mils so that we can meet these exacting demands from customers worldwide.
3.Specifications
|
Property |
Unit |
High-density |
Semi-density |
Common |
|
Tensile strength |
MPa |
≥30 |
≥20 |
≥10 |
|
Elongation at rupture |
% |
≥30 |
≥60 |
≥100 |
|
1MHz dielectric loss tangent |
|
2.5×10-4 |
-- |
-- |
|
1MHz dielectric constant |
|
average 1.8-2.2 |
- |
-- |
|
Dc breakdown voltage (Normal temperature) |
KV/M |
average 200 |
average 60 |
average 30 |
4.Advantages
1.anti-voltage intensity
2.high breakdown voltage
3.wide operation temperatures
4.Chemical resisting
5.High working temperatures
6.Low friction
7.Surface protect material
4.Main properties
|
Item |
Thickness |
Thickness allowance |
Width |
Width allowance |
Length |
|
high-density |
0.015mm,0.030mm |
±0.003mm |
30-90mm |
±0.3mm |
≥50mm |
|
semi-density |
0.030mm,0.035mm |
±0.003mm |
60-90mm |
±0.3mm |
≥100mm |
|
common |
0.020mm,0.025mm |
±0.003mm |
60-90+mm |
±2.0mm |
≥50mm |
5.Filled Material
|
Item |
Properties |
Filled Powder |
|
1 |
improve the resistance of cold flow and the creep properties |
graphite,fiberglass |
|
2 |
improve thelubricity |
MoS2 |
|
3 |
improve the heat conduction performance |
bronze,carbon fiber |
|
4 |
improve the wear resistance |
fiberglass,polybenzoate |
|
5 |
improve the stability and reduce the deformation |
carbon fiber |