PTFE mesh belt for Pharmaceutical industry

Baking, fruit/vegetable dehydration, seafood drying, frozen food conveyors, heat-sealing machines

Textile drying ovens, printing curing dryers, heat-transfer printing lines.

Nonwoven fabric drying, medical textile production lines

Wood lamination presses, PVC flooring curing, furniture hot-press conveyors.

UV curing ovens, shrink-wrap machines, paper coating dryers.

PCB hot-air drying, SMT reflow ovens, solar panel encapsulation lines.

Rubber vulcanization lines, plastic welding/drying conveyors.

Paper-drying machines, pulp dewatering belts.

Sludge drying, wastewater treatment dryers, gas–solid filtration belts.

Solar module drying, silicon wafer heating, battery film dryers.

Paint shop ovens, component pre-heating lines.

Tobacco leaf drying, pharmaceutical heat-seal packaging lines.

Grain drying, seed coating/drying, tea-leaf processing.

High-temperature composite curing, aircraft part pre-heating.

Vacuum oven conveyors, high-temp sample drying.

Bottle annealing lines, decorative glass drying

Tile drying ovens, ceramic sheet heaters

Synthetic leather drying, shoe material hot-press lines.

Metal part heating, pre- and post-coating dryers.

Electrode film drying, BIPV module lines.

Medical dressing drying, sterile textile ovens.

Sealing, shrink wrapping, inline drying sections.

Belt-dryer transport modules for various OEMs.

Dehydration lines for mushrooms, tea, herbs.

Ship-component paint drying, marine-equipment heat-treat conveyors.

High-temperature part cleaning/drying for nuclear plants.

Craft glass/ceramic resin curing lines.

Precision-part coating curing, ammunition heat treatment.

Aircraft composite curing, interior part bonding lines.

Fuel-cell component drying, electrolyzer part ovens.

Feed pellet dehydration, biomass dryer belts.

Graphite sheet dryers, carbon-fiber pre-treatment lines.

Nanofiber membrane drying, aramid heat treatment.

Animal bedding drying, sample-prep oven conveyors.

Small-scale high-temp test-line conveyors

Municipal waste drying, recyclable-material dryers.

Post-wash heat-dry conveyors for parts cleaning.

Hot-melt adhesive drying, tape backing lines.

Paint/dry coat ovens, conductive-coating dryers.

Catalyst carrier drying, molecular sieve ovens.

Sandpaper drying, grinding-wheel pre-heat lines.

Fiber mat drying, high-temp insulation curing.

Dye-powder drying, pigment paste ovens.

EVA foam curing, PU foam heat setting.

Honeycomb board drying, paper-tray heat presses.

PVC/ABS edge-band dryer conveyors.

Spice heater/dryer lines, herbal-drying ovens.

Lyophilizer discharge belts, pharma freeze-dry lines.

Thermoforming heating belts, blister pack coolers.

Black-powder & shell drying, anti-static conveyors.

Hot-press mold conveyors, release-agent-free belts.

Rubber curing lines, tire press discharge belts.

Resin casting cure dryers, metal-plating ovens.

Bottle/nipple drying lines, wet-wipe conveyors.

Mask sheet dryers, lipstick-mold conveyors.

Glue-stick curing, PVC ruler heat sealing.

Pet-treat drying ovens, kibble heat-set belts.

Coil bake ovens, chip pre-heat belts.

Casing paint ovens, flexible-PCB dryers.

Lens coating dryers, lamp housing cure lines.

Low-temp artifact drying conveyors.

Ticket printing/dry-seal conveyors.

Book-cover laminators, binding-line ovens.

Insulation panel curing, foam liner dryers.

Heater element bake lines, lamp optic dryers.

Aramid fabric drying, fire-suit heat sealing.

Lamination ovens, foil-seal belt lines.

Aerogel blanket dryers, nano-insulation cure belts.

Small-appliance heat-seal conveyors for export machines.

Solder-paste bake ovens, glue-drop cure lines.

Cable jacketing ovens, film-wrap dryers.

PU adhesive dryers, foam sheet heat set.

Medicinal-plaster cure belts, patch lamination dryers.

PVC/PU film drying lines, coated-fabric cure ovens.

Ink-drying tunnels, coding-print curing.

Pellet-dryer conveyors, masterbatch bake lines.

PTFE/FEP film heat-setting lines, membrane dryers.

Membrane pre-drying belts, module cure lines.

Ballistic-fabric curing, chemical-resistant belt lines.

Powder-press feed belts, sinter-furnace conveyors.

Catalyst carrier drying, acid-resistant belts.

Electrode-film dryers, ESD-safe belts.

Sawdust/wood-chip dryers, pellet feed conveyors.

Ink-dry tunnels, print-cure conveyors.

Filament drying, CFRP/GFRP prepreg curing.

Filament pull-dry lines, resin cure conveyors.

Ceramic part conveyors, sinter-furnace belts.

A PTFE mesh belt is an open-weave conveyor belt made from fiberglass or Kevlar fabric coated with PTFE (polytetrafluoroethylene).

PTFE mesh belts are heat-resistant, non-stick, and chemically inert, unlike standard rubber or PVC belts.

They operate continuously from −70°C to +260°C and withstand peaks up to 300°C.

Yes, many models comply with FDA and LFGB food contact regulations.

Common colors include brown (standard), black (anti-static), and white (food-grade).

Yes, Teflon is a brand name for PTFE.

No, it is non-toxic and chemically stable.

Yes, it’s an engineering plastic known for excellent chemical resistance and non-stick surface.

No, PTFE is hydrophobic and does not absorb water.

Yes, it reduces energy loss due to low friction and light weight.

Mainly fiberglass or aramid (Kevlar) fabric.

Standard sizes include 1×1mm, 0.5x1mm,2x2mm,2×2.5mm, 4×4mm, 6×6mm, 10×10mm.

Options include PTFE film, fiberglass cloth, or Kevlar edge reinforcement.

Overlap welds, stainless steel clipper lacing, spiral hooks, and bullnose joints.

Yes, black carbon-filled belts offer anti-static properties.

Yes, some applications use dual-layer or reinforced multi-ply mesh.

Yes, logos, batch numbers, or directional arrows can be printed on edges.

Yes, for custom applications, additional coatings can be applied.

Yes, custom profiles such as U-shape, wave edge, or guide bar belts are available.

Typically ranges between 367g/m² and 595g/m² .

Yes, it offers excellent release properties for sticky materials.

Yes, PTFE is inherently flame-retardant.

Yes, PTFE provides strong dielectric insulation.

It resists acids, alkalis, solvents, and oils.

Yes, it has strong resistance to UV degradation.

It runs very quietly—ideal for noise-sensitive environments.

Yes, it is moisture-proof and will not absorb water.

It has high dimensional stability and minimal elasticity.

Suitable for moderate speeds, typically under 30 m/min.

Yes, certain models can be used in infrared or microwave ovens.

Food, printing, textiles, packaging, electronics, pharmaceuticals, solar energy, etc.

Yes, it’s ideal for drying sausages, fruits, bread, and more.

Yes, it performs well in hot air shrink packaging systems.

Perfect for UV/IR curing of inks and coatings.

Yes, used in drying, calendaring, heat transfer printing, etc.

Yes, it resists chemical attacks and solvents.

Yes, especially in EVA lamination and heat sealing.

Certain models are compatible with cleanroom standards.

Yes, especially in preheating and sealing sections.

Yes, suitable for drying herbs, grains, and vegetables.

Yes, both length and width are customizable.

Up to 4000 mm, with special orders up to 6000 mm.

Usually 1 piece for standard belts; depends on customization.

Yes, OEM and private labeling are available.

Yes, we accept CAD/PDF drawings or physical samples.

Yes, heat-welded or sewn endless belts are available.

Yes, high-precision laser cutting is supported.

Yes, for positioning, ventilation, or process control.

Yes, we can add guide strips, cleats, or sidewalls.

Ensure proper tension, alignment, and clean rollers.

Recommended for better performance in initial use.

Yes, with proper tension control.

Yes, compatible with most tensioning systems.

No special skills are needed; user manual provided.

Yes, for some heating or drying processes.

Typically 3–12 months depending on load, speed, and temperature.

Use alignment rollers and adjust tension regularly.

Yes, wider belts require stronger tension control.

Yes, if still in good condition.

Use soft brush, damp cloth, or low-pressure water spray.

Not recommended—may damage the mesh or coating.

Mild detergents preferred; avoid strong acids/alkalis.

Depends on application—every few shifts in food use.

No lubrication required due to non-stick surface.

Avoid sharp tools, excessive loads, and misalignment.

No, PTFE is naturally anti-bacterial.

Yes, but avoid excessive pressure.

Let it cool, then gently scrape with soft plastic.

Proper cleaning enhances performance and lifespan.

Likely due to sharp objects, overloading, or thermal shock.

Caused by overheat, pressure points, or steam pockets.

Mechanical abrasion or poor edge reinforcement.

Re-clamp or weld, or replace the belt section.

Improper alignment, tension mismatch, or worn rollers.

Look for edge thinning, tracking issues, and reduced tension.

Check tension system or roller spacing.

Could be due to lack of friction or loose tension.

Look for cracks, discoloration, or exposure of base fabric.

Use patching fabric or replace the section.

Partially—check with local recycling regulations.

No fumes under recommended working temperatures.

Yes, for high-temperature or non-stick filtration.

No, color is for function distinction only (e.g., anti-static).

Yes, it meets cleanroom and safety requirements.

In many light-duty and heat-based processes, yes.

Yes, cold-resistant down to −70°C.

Yes, in low-pressure or inert gas environments.

Yes, choose belts with low particulate generation.

Yes, ideal for drying or heat-treating printed parts.

3–5 days for standard sizes, 7–15 days for custom belts.

Rolled with bubble wrap, boxed, or packed in wooden crates.

Yes, we ship worldwide via DHL, FedEx, or sea freight.

Yes, PDF and video guides are available.

Typically 3 months under normal use; ask for details.

Yes, sample pieces or small rolls can be provided.

Yes, email or video call support is available.

Custom belts are non-returnable unless defective.

Yes, CO, invoice, packing list, and other documents are available.

Yes, depending on stock and your location.