Application solution

Non-Stick Material Systems for Food Processing

Reusable process surfaces, tray liners and custom converted materials selected around product release, temperature, airflow, cleaning and food-contact requirements.

Process context

Application Overview

Food processors select silicone-coated fiberglass, silicone-coated PET mesh or PTFE-coated fiberglass according to temperature, airflow, cleaning conditions and market-specific food-contact requirements.

Buyer pain points

Challenges in This Application

Product Buildup

Sticky food ingredients can accumulate on trays and contact surfaces, interrupting production and cleaning cycles.

Difficult Release

Poor release may damage the product, reduce yield and create inconsistent finished appearance.

Cleaning Compatibility

The liner must be selected around the actual wash method, chemical exposure and handling routine.

Compliance Requirements

Food-contact documentation and material grade requirements vary according to the product and destination market.

Recommended material system

Our Solution

Match the material family to the process: silicone-coated fiberglass for high-temperature tray work, silicone-coated PET mesh for steaming and drying, and PTFE-coated fiberglass for low-friction equipment contact.

Material selection

Material Options

Application NeedRecommended MaterialWhy It Works
High-temperature tray processing and broad non-stick coverageFully Encapsulated Silicone Fiberglass MatProvides a continuous reusable release surface for repeated food handling and thermal cycles.
Steaming, draining or low-to-medium-temperature dryingSilicone-Coated PET MeshProvides flexible open-mesh support for airflow, steam transfer and drainage; it is not a default high-temperature oven-baking material.
Thin release liner or equipment surfacePTFE-Coated FiberglassCombines low surface adhesion with heat resistance in sheets, rolls and fabricated formats.

Commercial advantages

Why Choose Our Solution

Cleaner product release

Cleaner product release

Reusable process surfaces

Reusable process surfaces

Material selection based on operating conditions

Material selection based on operating conditions

OEM / ODM manufacturing

Process-Material Customization & MOQ

Select the material first: PET mesh is a low-MOQ cut-to-size format for steaming and drying, while silicone fiberglass and PTFE use their own production rules.

Discuss a Custom Requirement
  • Silicone-Coated PET MeshDirect-cut sheets for steaming, draining and low-to-medium-temperature drying.MOQ: 10 pcs
  • Fully Encapsulated Silicone Fiberglass MatContinuous-surface tray formats with fully sealed edges.MOQ: 500 pcs per size
  • PTFE-Coated Fiberglass FabricStandard roll conversion, slit widths and cut sheets for release surfaces.MOQ: 10 m² for rolls; 50 pcs for cut sheets
  • PTFE Converted ShapesExisting-material shapes with holes, slots, notches or rounded corners.MOQ: 100 pcs per design
  • New Material ConstructionNew PET mesh, silicone structure, PTFE coating, colour or base-cloth specification.MOQ: 500 linear meters for PET; 500 m² for PTFE

Buyer questions

Frequently Asked Questions

How do I choose between silicone and PTFE for food processing?

Selection depends on temperature, product contact, required flexibility, airflow, cleaning method and the geometry of the processing surface.

Can non-stick liners be cut to fit processing trays?

Yes. Sheets and mats can be converted to custom dimensions, shapes, holes and edge formats using a drawing or physical sample.

Can SIFMAT provide food-contact documentation?

Available documentation depends on the selected material grade and destination market. Confirm the required standard before sampling or bulk production.

What information is needed for a food processing liner quote?

Share the food type, contact conditions, dimensions, operating temperature, cleaning method, quantity and required market compliance.

Start your RFQ

Looking for a Custom Solution?

Share dimensions, process conditions, quantity and any drawing or packaging requirement. Our team will recommend an appropriate material starting point.

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