Teflon Mesh Belt

As a pioneering manufacturer and supplier in advanced conveyor technology, we proudly present our latest innovation: the Teflon Mesh Belt. Designed to meet the rigorous demands of diverse industrial applications, set new standards in durability, performance, and operational efficiency. Our engineered from superior quality Teflon, renowned for its exceptional resistance to heat, chemicals, and moisture. The unique mesh design offers excellent airflow, making it ideal for processes requiring quick drying and cooling. This feature ensures optimal performance in industries such as food processing, textile manufacturing, and screen printing, where precision and efficiency are key.
  • Teflon Mesh Belt - GC/0721010
Teflon Mesh Belt - GC/0721010 Teflon Mesh Belt - GC/0721010
Teflon Mesh Belt
Model - GC/0721010
Screen Printing PTFE coated glass fabrics

GCTC is the market leader in Teflon conveyor belts, which are suitable for use in various ovens and curing equipment. Our company uses the professional equipment built by our own engineering team to custom design and produce all our belts.
The main material type used in these styles of conveyor belts is PTFE-coated open mesh. The mesh size ranges from 1mm to 5mm openings, of which 4mm is our most common. We can specify the standard brown or antistatic black type, depending on the type of dryer they are installed.
We produce belts with a maximum width of 5000mm in a mesh size of 4mm, which allows us to provide belts for most machine width conveyors on the market today.
We have installed many types of fasteners for conveyor-specific belts, including helical metal and soft materials, as well as Kevlar shaped bull nose rings. Both designs can achieve a strong joint and have maximum airflow, thereby maximizing the dryness of the entire belt surface.
Our Teflon conveyor belt can run in an environment of 260 ° C, and can use UV, IR and hot-air drying methods as the heat source.
We can provide a variety of different belt guide anti-overflow practice options, which can be installed on the edge of the belt to help constant belt positioning in the dryer. These anti-pass devices and practices are related to cost and usage, and can be specified in the design stage.
We understand that each production line has its own set of challenges and requirements. That's why our

Teflon Mesh Belt

are fully customizable to fit a variety of machine sizes and operational specifications. Whether you need a specific mesh size for small product handling or a robust belt for heavy-duty applications, our team is equipped to provide a tailored solution that integrates seamlessly into your existing setup. At our core, we are committed to innovation and sustainability. Every

Teflon Mesh Belt

is produced using environmentally responsible practices, aimed at reducing waste and energy consumption. Our advanced manufacturing processes not only enhance the functionality of the belts but also ensure they have a minimal environmental footprint.

Our reach extends across the global market, ensuring that our available to clients worldwide. We offer comprehensive support that includes detailed installation guides, operational troubleshooting, and maintenance tips. Our dedicated support team is always on hand to ensure that you maximize the benefits of our products, enhancing both productivity and cost-efficiency. The our company represents the forefront of conveyor belt technology, combining superior materials with cutting-edge design to deliver unparalleled performance. Trust us to equip your operations with the best in class products that drive efficiency, enhance safety, and support sustainability.
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Products List
PTFE coated Glass Fabric for Conveyor Belting Most belts are made from electrical, premium or standard grade fabrics, especially where fabric weave impression is undesirable or where sticky or gummy materials are being conveyed. Industrial and mechanical grade PTFE coated conveyor belts are preferred where economy is more important than maximum resistance to chemicals or solvents. Crease and tear resistant PTFE coated conveyor belts are suggested for higher speeds such as for packaging belts. Closed weave porous belts and open mesh PTFE belts are specified for applications where porosity is required as in drying applications (e.g. textile dryer belts) or microwave cooking ovens. Our anti-static range is used where static build up may occur such as in fuse press applications.  
Textile Garment Manufacture PTFE Coated Glass Fabrics for use in Textile Manufacturing Our PTFE coated fabrics have the following uses in textile production: Conveyor belts for high temperature processing of natural and synthetic, knitted, *woven and non-woven textiles *Thermal bonding *Covers for drying cylinders Lamination to foam and other polymeric sheeting *Cutting table covers Apparel Fusion Machines The main features are: Non-stick Ant-Static Heat resistant Smooth surface Easily cleaned Heat dissipation (e.g. textile dryer belts) or microwave cooking ovens. Our anti-static range is used where static build up may occur such as in fuse press applications.
Food & Beverage Food Quality PTFE coated glass & aramid fabrics Our PTFE coated fabrics are used in the following food processes: Contact cooking Cooling & freezing Baking Sterilizing Drying, including vacuum drying Sizing Lining chutes Vessel linings Conveyor belting They are suitable for use by the consumer as baking sheets, chip baskets, oven liners and BBQ,covers, among many other applications. Features & benefits: Non-stick Non-toxic Inert Coatings comply with FDA and USDA regulations Unaffected by microwaves Easy clean -150°C to +260°C range (please specify end use)
Electronics Electronics PTFE coated glass and Kevlar fabrics Our PTFE coated fabrics are used in the following Electronics processes: Semi-conductor production Capacitor and battery cell manufacture Capacitor and battery cell manufacture Wire and cable insulation LCD & LED screen manufacturing Telecommunications manufacture PCB BGA Seal Circuit Board cleaning machine   Features & benefits: Non-stick Low friction Microwaveable Inert Anti-static Lightweight Flexible High tensile strength