Personlized Products Ptfe Fabric - PTFE coated fiberglass open mesh – JOYEE

Product Description

PTFE coated fiberglass open mesh belts are stand up to high temperatures. Chemically inert, these belts also offer exceptional strength and dimensional stability. Drying machine for non-woven textile, textile printing, silk-printing and dyeing machine. Shrinking machine for garment fabric, high-frequency and UV dryer, hot-air dryer, various of food baking, quick-frozen machine,heat tunnels, and drying equipment. Widths are available up to 3m wide. The fluorocarbon resins used in the curing process are chemically inert, and the woven glass substrate provides exceptional strength and dimensional stability. Its non-stick surface, operating temperature range from -100°F to +550°F and the 70% open area makes this belting the perfect solution for many drying applications.Open mesh PTFE impregnated fiberglass belting is available in brown or with a black U.V. block coating for ultra violet drying.To enhance the tracking and belt life, we offers various styles of edging:Heat-sealed and sewn,PTFE-coated fabric reinforcement,Sewn only,Heat-sealed PTFE film edging,Silicone edging.
In the production process, the glass fiber mesh cloth is impregnated with suspended Teflon emulsion by impregnating machine. After drying, it forms a brown (brown) color, this color Teflon mesh belt in the infrared dryer when there is no problem, but if it is ultraviolet, it will cause
Black mesh belt is added in the production process can resist ultraviolet and antistatic ingredients, and the color of these ingredients is black, so the produced Tefl mesh belt shows a black color.
In terms of price, black Teflon mesh belt is also more expensive than ordinary brown.
Therefore, when choosing a Teflon mesh belt, if it is a UV light fixing machine and other ultraviolet occasions, you must choose a black Tefl mesh belt.
High and low temperature resistance.
Non-stick
Chemical resistance
Good flex fatigue resistance, can be used for samller wheel diameter.
Air permeability