PTFE Non Stick Fabric Supplier for Heat Resistant Release Applications
Dense PTFE-coated E-glass fiberglass fabric for non-stick release and high-temperature process applications.
Product overview
Dense PTFE-coated E-glass fiberglass fabric for non-stick release and high-temperature process applications.
Product highlights
- Dense PTFE-coated fiberglass release surface
- Low-friction, non-stick surface characteristics
- Fiberglass reinforcement for dimensional stability
- Roll, sheet and converted-part formats
- Final thickness, coating grade and process suitability confirmed by specification
Procurement data
Technical specifications
Final specifications are confirmed against operating conditions and order requirements.
| Specification | Details |
|---|---|
| Product Name | PTFE Non Stick Fabric |
| Material | PTFE-coated E-glass fiberglass fabric with a dense, non-mesh surface; coating grade and construction must be confirmed |
| Surface | Dense PTFE-coated fiberglass release surface |
| Reinforcement | Woven E-glass fiberglass fabric |
| Temperature Range | Typical continuous operating range: -70°C to +260°C for the selected PTFE-coated fiberglass fabric grade; do not use the PTFE resin melting point as a product operating limit. |
| Airflow / permeability | Construction-dependent |
| Food Contact / Documents | Food-contact suitability is available only for a selected, documented final PTFE-coated fabric grade and intended use. |
| Non-stick Performance | High-performance PTFE non-stick release surface |
| Sample Availability | Sample availability is confirmed after the material and specification review. |
| Lead Time | Lead time is confirmed after the selected material, specification, quantity, processing and packaging are approved. |
| Applications | Bakery tray liners, oven liners, BBQ grill mats, food processing liners, heat sealing machines, packaging equipment, conveyor release surfaces, industrial non-stick lining |
Selection support
Guides for this product
- Custom PTFE Fabric: Sizes, Grades & MOQ
Plan slit rolls from 10 m², cut sheets from 50 pieces and new material constructions from 500 m². Compare fabrication and OEM packaging minimums.
End-use fit
Applications
Typical purchasing use cases for this product family.
- Bakery tray liners
- oven liners
- BBQ grill mats
- food processing liners
- heat sealing machines
- packaging equipment
- conveyor release surfaces
- industrial non-stick lining
Purchasing questions
Frequently asked questions
Product-specific answers for sampling, customization and production planning.
Can you supply PTFE non-stick fabric in rolls and sheets?
Yes. We can supply full rolls, slit rolls and cut-to-size sheets according to your required width, length and packaging format.
Can the fabric be customized for OEM projects?
Yes. Thickness, width, roll length, sheet size, color, cutting shape and packaging can be customized based on the application and order quantity.
What should I specify for a PTFE Non Stick Fabric quotation?
Please provide thickness, width, roll length or sheet size, color, application, operating temperature, quantity and any cutting or packaging requirements.
Can I approve a PTFE Non Stick Fabric sample before bulk production?
Sample availability depends on the requested grade and approved material availability. Sample confirmation is recommended for new projects and custom converting orders.
How are packaging, samples and lead time confirmed for PTFE Non Stick Fabric?
Labels start from 100 pcs; retail sleeves or header cards start from 1,000 pcs; printed colour boxes start from 3,000 pcs per artwork. Sample availability is confirmed after the material and specification review. Lead time is confirmed after the selected material, specification, quantity, processing and packaging are approved. MOQ, packing configuration and delivery schedule are confirmed after the final material, dimensions and quantity are approved.
Discuss your requirement
Request a quote for PTFE Non Stick Fabric
Share dimensions, quantity, operating conditions, packaging and documentation needs. We will follow up with the next specification steps.