What are the advantages of using fiberglass cloth in PTFE mesh conveyor belts?

The application of glass fiber cloth in PTFE mesh conveyor belt has the following main advantages:

High temperature resistance: Glass fiber cloth has excellent high temperature resistance and can work stably at extremely high temperatures (up to 500°C), which enables PTFE mesh conveyor belts to be used for a long time in high temperature environments and is suitable for High temperature applications such as baking, drying and heating.

Enhanced mechanical strength: Glass fiber cloth as a reinforcing material can significantly improve the mechanical strength and wear resistance of the PTFE mesh conveyor belt, making the conveyor belt less likely to be damaged during long-term operation and extending its service life.

Excellent chemical resistance: Fiberglass cloth itself has strong resistance to chemical corrosion and can resist the erosion of various acids, alkalis and solvents, which makes PTFE mesh conveyor belts widely used in the chemical industry.

Low friction coefficient: PTFE itself has an extremely low friction coefficient, and the combination of glass fiber cloth can further improve the smoothness of the conveyor belt surface, reduce material friction, reduce energy consumption, and improve transportation efficiency.

Stretch resistance and stability: The glass fiber cloth shows strong stability when subjected to stretching, ensuring that the PTFE mesh conveyor belt will not deform or stretch during long-term use, maintaining the stability and Accuracy.

Excellent air permeability: PTFE mesh conveyor belts are often used in situations that require good air permeability, such as drying and cooling processes. The application of fiberglass cloth helps to maintain the air permeability of the conveyor belt and ensure uniform heating or cooling of the material.

These advantages make glass fiber cloth an indispensable and important material in PTFE mesh conveyor belts, especially in industrial applications with high temperature, chemical corrosion or high-intensity loads.