Drawing-based PTFE manufacturing

Custom Cut PTFE Parts & Components

Precision PTFE components manufactured to your drawings, dimensions or samples — from prototypes to production runs.

White custom PTFE washers, rings, bushing and sheet sample

Drawings, dimensions or samplesCutting, die cutting, CNC & turningVirgin and filled PTFE optionsPrototype to production review

Component range

PTFE Parts We Manufacture

Custom parts for sealing, insulation, wear, spacing and fluid-handling assemblies.

PTFE Gaskets

Flat PTFE gaskets cut to flange faces, bolt patterns and custom sealing profiles. Specify the sealing land, thickness and media for the bolted connection.

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PTFE Washers

PTFE washers with custom bore, outside diameter and thickness for insulation, spacing and sliding contact. Define the fastener fit and supported load.

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PTFE Rings

Cut and turned PTFE rings with annular, stepped or grooved profiles. Define radial fit, axial width and mating features for the installed assembly.

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PTFE Discs

Circular PTFE discs and blanks cut to diameter and thickness for insulation, separation and assembly covers. Add hole locations and flatness requirements.

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PTFE Seals

PTFE seal components and valve-seat profiles machined for a defined gland or mating surface. Specify pressure, movement, media and the sealing interface.

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PTFE Spacers

PTFE spacers and stand-offs machined to set assembly distances or isolate contact faces. Specify length, bore and the support needed under fastening load.

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PTFE Bushings

PTFE sleeves and flanged bushings turned to shaft and housing dimensions. Select the fit and compound around load, motion, temperature and lubrication.

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PTFE Strips

Solid PTFE strips cut to width and length for guides, wear interfaces and insulation. Specify straightness, thickness and mounting details for the contact path.

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Need a custom geometry? Send us your drawing.

A practical RFQ workflow

Made to Your Drawing

You do not need to start from a standard product. Send a PDF, DXF, DWG, STEP, STP, CAD drawing or physical sample for manufacturing review.

01Send Drawing

02Material & Process Review

03Quotation

04Prototype / Sample

05Production

06Inspection & Shipment

Process selection

PTFE Manufacturing Capabilities

Geometry, thickness, tolerance and quantity determine the most appropriate manufacturing route.

PTFE CNC Machining

Milling for profiles, pockets, holes and complex part features.

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PTFE CNC Turning

Turning for rotational PTFE components such as bushings, rings and sleeves.

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PTFE Die Cutting

Efficient cutting for repeatable flat shapes and gasket profiles.

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PTFE Sheet Cutting

Sheet cutting for blanks, strips and dimensioned flat stock.

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Material review

PTFE Grades for Your Components

Material selection should reflect the real application, operating environment and part geometry.

Virgin PTFE for baseline PTFE requirements
Filled PTFE options considered around wear, stability and load
Expanded PTFE forms for selected sealing applications
Final grade confirmed after application review

Virgin PTFE

Unfilled PTFE for chemical-contact and electrical-insulation components. Review creep, sustained loading and purity documentation before selecting the grade.

Filled PTFE

Compare filled PTFE compounds for wear, load, creep and thermal behavior. Select the actual filler system and composition rather than a generic filled grade.

Glass Filled PTFE

Glass-filled PTFE for components where wear and deformation under load drive grade selection. Include the mating surface and chemical exposure in the review.

Carbon Filled PTFE

Carbon-filled PTFE compounds for sliding and seal components. Identify the carbon form, any graphite blend and the required electrical behavior.

Bronze Filled PTFE

Bronze-filled PTFE for loaded wear and sealing components. Evaluate the metallic filler against the fluid, counterface and electrical requirements.

Graphite Filled PTFE

Graphite-filled PTFE for sliding interfaces and seal components. Select the formulation with the counterface, lubrication and contamination limits in view.

Where parts go

Applications

Chemical Processing Pumps & Valves Food Processing Electrical & Electronics Semiconductor Pharmaceutical Mechanical Equipment High Temperature Applications

Material characteristics

Why PTFE?

PTFE is often evaluated for its chemical resistance, low-friction behavior, electrical insulation, non-stick characteristics, weather resistance and broad service-temperature capability. The right grade and manufacturing method still depend on the part's operating conditions.

Read the PTFE material guide

Industrial materials & fabricated products

Fabrics, Films & Process Belts

PTFE coated fabric, release tape, open mesh and finished conveyor belts cut or fabricated for your equipment.

PTFE Coated Fiberglass Fabric

PTFE coated fiberglass fabric in 0.08–0.38 mm thickness options. Cut sheets and release liners for heat sealing, laminating and industrial processing.

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PTFE Fiberglass Adhesive Tape

Adhesive-backed PTFE fiberglass tape for sealing jaws, heated platens and roller covers. Brown and black constructions, slit widths and cut shapes.

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Etched PTFE Film

Surface-treated PTFE film for adhesive bonding to tools and assemblies. Specify the treated face, cut dimensions and adhesive system for your laminate.

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PTFE Mesh Conveyor Belts

Custom PTFE mesh conveyor belts for through-air drying and curing. Select mesh opening, finished width, circumference, edge reinforcement and joint type.

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Engineering review before quotation