Industrial PTFE Mesh for Breathable Chemical-Resistant Conveying
Open-weave PTFE-coated fiberglass mesh for drying, washing and process lines where airflow, drainage and a low-friction release surface matter.
Product overview
Open-weave PTFE-coated fiberglass mesh for drying, washing and process lines where airflow, drainage and a low-friction release surface matter.
Product highlights
- High airflow and drainage
- PTFE chemical resistance
- High-temperature stability
- Low-friction release surface
- Lightweight flexible construction
- Custom belt fabrication
Procurement data
Technical specifications
Final specifications are confirmed against operating conditions and order requirements.
| Product Name | Industrial PTFE Mesh |
|---|---|
| Material | PTFE coating on open-weave fiberglass mesh fabric |
| Surface | PTFE release-coated open surface with low friction and low moisture absorption |
| Reinforcement | Open-weave fiberglass mesh reinforcement |
| Temperature Range | -70°C to 260°C |
| Airflow / permeability | Construction-dependent |
| Thickness Options | 0.65 mm, 0.85 mm, 1.00 mm, 1.20 mm, 1.50 mm or custom construction |
| Size Options | 1000 mm, 1250 mm and 1500 mm roll widths; custom slit widths and finished belt lengths |
| Color Options | Black, brown, beige, white or blue according to mesh grade |
| Edge Type | Cut roll edge, reinforced fabric edge, PTFE film edge or engineered belt edge |
| Shape Options | Continuous roll, cut sheet, edge-reinforced belt panel or endless conveyor belt |
| Food Contact / Documents | Specified for industrial drying, filtration and process-conveying applications rather than food-contact use. |
| Non-stick Performance | Low-friction PTFE release surface for process conveying |
| Custom Logo | OEM labels and identification marks are available for fabricated belt programs. |
| Packaging Options | Roll wrapping, protective edge packing and labeled export cartons are available by belt specification. |
| MOQ | One full production roll for standard mesh; project MOQ applies to fabricated endless belts and special edge treatments |
| Sample Availability | Mesh swatches and custom belt samples can be arranged for engineering review. |
| Lead Time | 8-15 working days for standard mesh grades; 15-25 working days for fabricated conveyor belts |
| Applications | Industrial drying conveyors, Textile curing lines, Coating and laminating processes, Washing and drainage belts, Chemical process screens, Air-permeable release liners |
End-use fit
Applications
Typical purchasing use cases for this product family.
- Industrial drying conveyors
- Textile curing lines
- Coating and laminating processes
- Washing and drainage belts
- Chemical process screens
- Air-permeable release liners
Purchasing questions
Frequently asked questions
Product-specific answers for sampling, customization and production planning.
Which aperture should I choose for an industrial drying line?
Choose the aperture around the smallest part being conveyed while retaining the airflow and drainage your process needs; 2 mm, 4 mm and 10 mm are common starting points.
Can the mesh be finished as an endless belt?
Yes. The mesh can be fabricated with reinforced edges, tracking guides and a joint style matched to the conveyor.
Is PTFE mesh resistant to process chemicals?
Its PTFE surface provides strong resistance to many common process chemicals and moisture, making it useful for demanding industrial environments.
How are packaging, samples and lead time confirmed for Industrial PTFE Mesh?
Roll wrapping, protective edge packing and labeled export cartons are available by belt specification. Mesh swatches and custom belt samples can be arranged for engineering review. 8-15 working days for standard mesh grades; 15-25 working days for fabricated conveyor belts MOQ, packing configuration and delivery schedule are confirmed after the final material, dimensions and quantity are approved.
Discuss your requirement
Request a quote for Industrial PTFE Mesh
Share dimensions, quantity, operating conditions, packaging and documentation needs. We will follow up with the next specification steps.