PTFE high temp cloth, sheet and belt for compression moulding
Compression moulding is a cost effective production way for processing high strength and light weight composites material.
ESONE PTFE high temp cloth is a heat resistant release sheet and release belt for compression moulding, it is used as a processing aid during bonding, converting and shaping material into composite parts.
ESONE non stick PTFE release sheet and release belt can be made into any sizes to fit every type of machines. Our belt can offer different types of joints or guidable edges. And the surface of ESONE release sheet or belt can be excellent smooth, or textured, or one side smooth and one side textured.
Property of PTFE high temp cloth
- Excellent smooth, superior release surface
- High and low temperature resistant
- Strong dimensional stability
- Great mechanical strength
- High abrasion resistance
- Resist many kinds of chemical
Why ESONE PTFE coated fabric is the best solution for compression molding
During the process of compression molding, heat and high pressure is applied to the reinforced material and resins, they will be bonded into composite material for the further shaping, curing, cooling and other processing.
ESONE excellent non stick PTFE high temp cloth YS9030AJ allows for easy release from mould in the continuous operation. This easy and long lasting release eliminates the need of using release agent, and maximize the production capacity.
And due to the high mechanical strength and dimensional stability of ESONE Teflon fabric, ESONE’s release belt will ensure the high quality of finished composite even in a high temperature and pressure working environment.
What can be made by ESONE release sheet?
- Car flooring
- Door panel
- Head liner
- Trunk trim
- Parcel shelves
- Wheel house covers
Specification of high temp resistant cloth YS9030AJ
Please ask for other widths
|1000, 1500, 2000, 2600mm
|39.5, 59.1, 78.8, 102.4 inches
|680 N/cm Warp
|389 lbs/inches Warp
|640 N/cm Fill
|366 lbs/inches Fill
|-73 to +260 °C
|-100 to +500 °F