Chemical Resistance
Resistant to almost all chemicals and solvents.
A Teflon sheet is a flat material made from polytetrafluoroethylene (PTFE, CAS 9002-84-0), some can be filled with carbon、glass, a synthetic fluoropolymer known for its exceptional chemical resistance, high-temperature tolerance, and low friction properties. PTFE sheets come in various thicknesses and can be reinforced with materials like fiberglass for added strength — see general PTFE property data. It can be used in ptfe paper、teflon for heat press、teflon cookie sheets、ptfe film sheet、ptfe membrane sheet and more.
Resistant to almost all chemicals and solvents.
One of the lowest kinetic friction coefficients among solids, providing superior non-stick properties.
Operates within a wide temperature range (-200°C to +260°C).
Excellent dielectric properties, even at high frequencies.
Stable under prolonged exposure to sunlight and outdoor conditions.
Maintains shape under stress but exhibits cold flow under prolonged pressure.
Hydrophobic, with near-zero water absorption.
Flame-retardant with high auto-ignition temperature (~560°C).
We provide more teflon sheet thickness options, ranging from 0.5mm to 10mm,and sizes of 3/4 teflon sheet、3/8 teflon sheet、teflon sheet 1/8 thick、teflon sheet 16×20、4×8 teflon sheet、1/16 teflon sheet、1/2 inch teflon sheet and 1/4 teflon sheet.

Ultra-thin, flexible sheets for precision sealing or electrical insulation.

Standard thickness for gaskets, liners, and lightweight mechanical components.

Balanced rigidity and flexibility, suitable for chemical-resistant barriers.

Robust sheets for heavy-duty gaskets or machining into parts.

High-thickness stock for structural or high-stress applications.

Maximum durability, often used as machined bushings or bearings.

100% virgin polytetrafluoroethylene resin, uncompounded, with no fillers.

PTFE base with carbon black or graphite fillers (typically 5–20% by weight).

Fluorinated Ethylene Propylene or highly refined PTFE for optical clarity.

The brown color typically indicates the presence of these additives, which improve its properties.

Its applications span across industries, from electronics to food processing, making it a critical engineering polymer.
Reinforced with carbon fibers for high strength-to-weight ratio and rigidity.
Widely used in demanding industrial applications where low friction, high temperature stability, and chemical inertness are critical.

A hybrid sheet combining PTFE's chemical inertness with elastomeric flexibility, used for dynamic sealing applications.

Virgin PTFE retains its high purity, making it ideal for applications requiring strict cleanliness and resistance to extreme environments.
Ideal for industries requiring durability + PTFE's inertness (chemical, automotive, aerospace).

Used in Filtration 、Acoustic Damping、Thermal Insulation and more.

Ideal for applications requiring PTFE's lubricity with greater structural integrity.
Ideal for applications requiring PTFE-like properties with improved formability and clarity.

Polychlorotrifluoroethylene sheet, featuring higher rigidity, gas barrier properties, and cryogenic compatibility than PTFE.

Ideal for demanding environments requiring durability, thermal stability, and chemical resistance.
A flexible sheet of fiberglass or other fabric coated/impregnated with PTFE, offering heat resistance and low friction for gaskets or liners.

PTFE resin powder is compressed under high pressure and then sintered at high temperatures to form a solid sheet through a compression molding process.

A flexible, continuous PTFE sheet supplied in rolled form, typically produced by calendering or skiving from a molded billet.

A high-precision PTFE sheet produced by skiving (peeling) a thin layer from a cylindrical molded PTFE block using a lathe or skiving machine.
Used as a chemical-resistant, non-stick sealing material in pipes, valves, and industrial equipment.

Non-stick layers placed between heat presses and fabrics to prevent sticking and ensure even heat distribution.
Reusable non-stick liners for baking trays to prevent food from sticking.

Heat-resistant, non-stick sheets for laser printers or heat transfers to avoid toner adhesion issues.

Electrical insulator in high-temperature or corrosive environments due to its dielectric properties.

Protective sheets placed between irons and delicate fabrics to prevent scorching or sticking.

PTFE sheets with adhesive backing for easy application onto surfaces requiring non-stick or low-friction properties.

Used in molding (e.g., composites, laminates) to prevent materials from adhering to surfaces.

Weather-resistant membranes for roofs, offering durability and waterproofing.
Need thicker stock than sheet? See our PTFE blocks, billets & thick molded plate (up to 600 mm).
Our company not only offers teflon sheet material, but also provides a range of related products for selection,such as PTFE Rod、PTFE Tube、PET sheets and PTFE Lined elbows.

Extruded and molded PTFE rod for machining seals, bushings and wear parts.


PTFE blocks, billets and thick molded plate up to 600 mm for heavy machining.
From 0.5 mm to 10 mm thick in virgin, filled (glass, carbon, graphite, bronze) and expanded grades, in white, black, clear and brown. Standard sheets up to 1220 × 1220 mm, with cut-to-size and custom dimensions on request.
Glass raises wear resistance and cuts creep, carbon adds wear and compressive strength, graphite gives self-lubrication, bronze maximizes wear and thermal conductivity — while keeping PTFE chemical resistance. Tell us your load and medium and we will match a grade.
We offer both compression-molded sheet and skived sheet/roll. Molded suits thicker, dimensionally stable plate; skived suits thin, continuous rolls and tight thickness tolerance — we advise the route by thickness and tolerance target.
Yes. We supply custom thickness, width, length and filler grade, cut-to-size sheets and private-label packaging for distributor and OEM programs.
Virgin grades are FDA-compliant and UL-approved, PFOA-free, with per-batch COA plus REACH / RoHS statements for your qualification and audit files.
Choosing and machining PTFE sheet raises real engineering questions — grade and filler selection, thickness tolerance, molded vs skived and creep under load. Our technical library shares practical, hands-on guidance from the Peflon materials team.

Compare blue vs white PTFE tape with engineering data, pressure performance, and distributor margin strategy. Make better sourcing and selling decisions

HDT reads like a service temperature. It isn't. Here's how Tg, Tm, HDT, and RTI really set PEEK's heat limits — and how to pick the right grade.

Learn how to process PEEK material correctly. This guide covers common PEEK extrusion, injection molding, compression molding, 3D printing, and machining defects with practical troubleshooting tips.
Tell us your thickness, size, grade and quantity — our engineers will match a PTFE sheet spec, send the TDS and ship a sample. Whether you are a manufacturer or distributor, Peflon provides one-stop technical support.