Injection Molding
Tooling and molding for your repeat plastic parts.
YOUR GRADE. YOUR LOAD. YOUR FINISHED FIT.
PEEK for Your Custom Parts
Review your grade, stock or resin, and finished-part requirements together. Plan your PEEK CNC machining or molding project around heat, load, exposure and assembly fit.
Material availability and process scope are reviewed for your drawing.
Grade & FormIdentify stock or resin.
Heat & LoadDefine your service conditions.
Wear & Final FitReview both mating surfaces.
Records & ApprovalAgree your acceptance evidence.
Two Purchasing Routes. Different Material Evidence.
CNC Stock: Sheet, Rod or Tube
Specify the stock-shape manufacturer, complete product name and supply condition. Plan blank size and removal around your final part.
Molding Resin: Full Grade + Color
Specify the resin grade and approve the molded part. Resin data does not identify an unspecified CNC stock product.
Choose PEEK Around Your Part
4 starting points. Confirm the full product and manufacturing route — not the family name alone.
TECAPEEK natural for Your Machining Review
For your precision parts, confirm the actual stock product before cutting. Preserve material traceability from incoming stock through your finished dimensions.
| Your reference | What to confirm |
|---|---|
| Manufacturer | Ensinger |
| Material family | Unfilled PEEK · CNC stock |
| Purchasing form | Stock shapes for machining |
| Your review | Load, exposure, dimensions and records |
Read Your Properties With Their Conditions
Review your exact product datasheet, temperature, specimen direction and test method. PEEK dimensional stability depends on material and process history; a melt test is not a service-temperature limit.
| Your reference | What to confirm |
|---|---|
| Product | TECAPEEK natural |
| Your exposure | Temperature, duration, load and media |
| Evidence | Current TDS and actual-part validation |
Plan the Route Around Your Finished Interface
For your PEEK prototype machining or molding review, identify critical bores, sealing lands, threads and installed state. A machined prototype does not establish molding shrinkage or fiber orientation.
| Your reference | What to confirm |
|---|---|
| CNC stock | Blank size, support and removal sequence |
| Molding | Flow, cooling and sample approval |
| Your fit | Mating material, temperature and measurement state |
Keep Material Identity Separate From Part Acceptance
Agree PEEK material traceability and receiving records before production. The actual stock or resin lot, dimensions and functional tests answer different questions.
| Your reference | What to confirm |
|---|---|
| Identity | Manufacturer, grade, color and lot |
| Dimensions | Datums, method, condition and sampling |
| Approval | Functional tests and controlled changes |
TECAPEEK GF30 natural for Your Machining Review
For your glass filled PEEK machining review, confirm the exact stock product, reinforcement and orientation. Review the surface that contacts the mating part.
| Your reference | What to confirm |
|---|---|
| Manufacturer | Ensinger |
| Material family | Glass-filled PEEK · CNC stock |
| Purchasing form | Stock shapes for machining |
| Your review | Load, exposure, dimensions and records |
Read Your Properties With Their Conditions
Review your exact product datasheet, temperature, specimen direction and test method. PEEK dimensional stability depends on material and process history; a melt test is not a service-temperature limit.
| Your reference | What to confirm |
|---|---|
| Product | TECAPEEK GF30 natural |
| Your exposure | Temperature, duration, load and media |
| Evidence | Current TDS and actual-part validation |
Plan the Route Around Your Finished Interface
For your PEEK prototype machining or molding review, identify critical bores, sealing lands, threads and installed state. A machined prototype does not establish molding shrinkage or fiber orientation.
| Your reference | What to confirm |
|---|---|
| CNC stock | Blank size, support and removal sequence |
| Molding | Flow, cooling and sample approval |
| Your fit | Mating material, temperature and measurement state |
Keep Material Identity Separate From Part Acceptance
Agree PEEK material traceability and receiving records before production. The actual stock or resin lot, dimensions and functional tests answer different questions.
| Your reference | What to confirm |
|---|---|
| Identity | Manufacturer, grade, color and lot |
| Dimensions | Datums, method, condition and sampling |
| Approval | Functional tests and controlled changes |
TECAPEEK PVX black for Your Machining Review
For your sliding parts, review the complete bearing-grade formulation and mating system. A wear-modified grade does not define one friction coefficient or wear life.
| Your reference | What to confirm |
|---|---|
| Manufacturer | Ensinger |
| Material family | Wear-modified PEEK · CNC stock |
| Purchasing form | Stock shapes for machining |
| Your review | Load, exposure, dimensions and records |
Read Your Properties With Their Conditions
Review your exact product datasheet, temperature, specimen direction and test method. PEEK dimensional stability depends on material and process history; a melt test is not a service-temperature limit.
| Your reference | What to confirm |
|---|---|
| Product | TECAPEEK PVX black |
| Your exposure | Temperature, duration, load and media |
| Evidence | Current TDS and actual-part validation |
Plan the Route Around Your Finished Interface
For your PEEK prototype machining or molding review, identify critical bores, sealing lands, threads and installed state. A machined prototype does not establish molding shrinkage or fiber orientation.
| Your reference | What to confirm |
|---|---|
| CNC stock | Blank size, support and removal sequence |
| Molding | Flow, cooling and sample approval |
| Your fit | Mating material, temperature and measurement state |
Keep Material Identity Separate From Part Acceptance
Agree PEEK material traceability and receiving records before production. The actual stock or resin lot, dimensions and functional tests answer different questions.
| Your reference | What to confirm |
|---|---|
| Identity | Manufacturer, grade, color and lot |
| Dimensions | Datums, method, condition and sampling |
| Approval | Functional tests and controlled changes |
VICTREX PEEK 450G for Your Molding Review
For your molding review, specify the full resin and color. Confirm filling, crystallinity and molded-sample evidence rather than applying stock-shape data.
| Your reference | What to confirm |
|---|---|
| Manufacturer | Victrex |
| Material family | Unfilled PEEK · molding resin |
| Purchasing form | Molding resin |
| Your review | Load, exposure, dimensions and records |
Read Your Properties With Their Conditions
Review your exact product datasheet, temperature, specimen direction and test method. PEEK dimensional stability depends on material and process history; a melt test is not a service-temperature limit.
| Your reference | What to confirm |
|---|---|
| Product | VICTREX PEEK 450G |
| Your exposure | Temperature, duration, load and media |
| Evidence | Current TDS and actual-part validation |
Plan the Route Around Your Finished Interface
For your PEEK prototype machining or molding review, identify critical bores, sealing lands, threads and installed state. A machined prototype does not establish molding shrinkage or fiber orientation.
| Your reference | What to confirm |
|---|---|
| CNC stock | Blank size, support and removal sequence |
| Molding | Flow, cooling and sample approval |
| Your fit | Mating material, temperature and measurement state |
Keep Material Identity Separate From Part Acceptance
Agree PEEK material traceability and receiving records before production. The actual stock or resin lot, dimensions and functional tests answer different questions.
| Your reference | What to confirm |
|---|---|
| Identity | Manufacturer, grade, color and lot |
| Dimensions | Datums, method, condition and sampling |
| Approval | Functional tests and controlled changes |
Matching polymer families do not make two products interchangeable.
Compare Melt Viscosity — Not Overall Performance
Two unfilled Victrex resin grades. Lower melt viscosity is not a strength, wear or quality rating.
Manufacturer-Reported Melt Viscosity
400°C · ISO 11443 · Pa·s
0200400
Victrex manufacturer datasheets, revision March 2026. Typical resin values, not finished-part guarantees.
Your molding geometry
Review wall sections, gates and flow length.
Your finished function
Agree loads, wear, dimensions and chemical exposure.
Your evidence
Review the selected product and approved sample.
400°C is a melt-test temperature — not a continuous-use rating. Do not use resin viscosity as a CNC stock acceptance value.
450G source → 150G source →Other PEEK Grades for Your Drawing
8 additional products, grouped by the requirement you need to review.
Carbon reinforced
TECAPEEK CF30 black / VICTREX PEEK 450CA30Stock and resin are different products. Review direction and electrical requirements.
Alternative CNC stock
Ketron 1000 PEEK / Ketron HPV PEEKUnfilled and bearing-grade options. Confirm the complete stock product.
Easier-flow resin
VICTREX PEEK 150GFor flow-path review, not an automatic replacement for 450G.
Glass-filled resin
VICTREX PEEK 450GL30Review fiber orientation, stiffness and final geometry.
Wear-modified resin
VICTREX PEEK 450FC30Carbon fiber, graphite and PTFE. Confirm your mating system.
Alternative resin
KetaSpire KT-820 NTSyensqo · low-flow unreinforced pellets. Preserve the full NT designation.
Candidate materials, not inventory promises. Supplier availability and LK manufacturing scope require project review.
Read Your Complete PEEK Callout
| Family / composition | What your order needs |
|---|---|
| PEEK / polyetheretherketone | Semi-crystalline polymer; complete manufacturer product |
| Unfilled / natural | Stock or resin identity and color |
| Glass / carbon reinforced | Exact product, filler type, declared content and direction |
| Wear modified | Specific lubricant/filler formulation and counterface review |
| Material analysis report | Actual lot, agreed method and supplier evidence |
Resolve 6 Fit & Wear Questions Before Production
Review your mating surfaces and working conditions before selecting a reinforced or wear-modified grade.
Define the Temperature and Duration Together
Review actual sustained and peak temperatures, loads and chemical exposure. A melting point, heat-deflection test or material thermal index is not a finished-part service guarantee.
01 · Temperature & time02 · Applied load03 · Chemical media04 · Part validation
Plan Removal Before Your Final Machining
Review stock condition, blank size, clamping and balanced removal. An intermediate stress-relief or annealing step needs the material supplier guidance and your geometry; do not apply one universal recipe.
01 · Stock condition02 · Blank utilization03 · Removal sequence04 · Final measurement
Review Both Sides of Your Sliding Contact
Choose around contact pressure, motion and actual environment. Glass reinforcement can affect mating-part wear; no single friction value applies to every assembly.
01 · Load & speed02 · Counterface & finish03 · Lubrication & heat04 · Acceptance method
Specify the Reinforced Product and Orientation
Carbon filled PEEK and glass filled PEEK are not automatic substitutes for unfilled grades. Review anisotropy, electrical behavior, tool wear and the finished contact surface.
01 · Exact formulation02 · Direction03 · Surface requirement04 · Mating wear
Agree Your Seal and Bushing Measurement State
For your PEEK seal surface inspection, identify sealing lands, allowed defects and roughness. For bushings, agree inner and outer diameters, roundness, temperature and stabilization.
01 · Critical lands02 · Datums & form03 · Temperature & time04 · Measurement method
Protect the Faces That Do the Work
Agree tool marks, burrs, filler exposure, cleaning and packing. Painting, coating, bonding and laser marking require trials on the exact product and application.
01 · Contact face02 · Allowed marks03 · Cleaning04 · Trial approval
Match the Route to Your Finished Part
Confirm material form and production scope together.
CNC Machining
Confirm stock, datum features, removal sequence and final-fit condition.
Explore service →
Injection Molding
Review resin, tooling, crystallinity and approved molded-sample evidence.
Explore service →
Illustrative concepts. Service availability and acceptance scope are confirmed in your quotation.
3 Checks Before You Approve a Grade
Service conditions
Temperature, duration, load and chemical exposure.
Mating requirements
Wear, electrical behavior and finished-part fit.
Required evidence
Full grade, product form, lot identity and current records.
Material documentation is not finished-product approval. Food-contact, medical and flame requirements need product-specific review.
Agree the Evidence Your Receiving Team Needs
01 · Material identity
Exact product, color, lot and supply records; agree PEEK stock shape certification scope.
02 · Finished dimensions
Critical features, inspection state and agreed methods.
03 · Function & records
Specified tests, sample approval and release evidence.
Document scope and sampling are agreed for your project.
6 Inputs for Your PEEK Quote
- 01CAD + controlled drawing
- 02Complete product name + color
- 03Stock or molding-resin route
- 04Temperature, load + exposure
- 05Critical fits + order quantities
- 06Inspection, records + delivery
Material & blank size · Machining or tooling · Inspection & records · Delivery
Answers Before You Specify
What information is needed for a PEEK machining quote?
For your PEEK machining quote or PEEK injection molding quote, send CAD, controlled drawing, complete product and color, quantities, critical fits, temperature, loads, media, finish and inspection requirements.
Can one PEEK grade replace another?
Not automatically. Confirm manufacturer, complete product name, color and stock or resin route. Approve alternatives against your drawing and final-part requirements.
How can material waste be reduced when machining PEEK parts?
Compare stock size, nesting, blank allowance, geometry and removal sequence. A near-net route may help some quantities and shapes; evaluate it against tooling and inspection costs.
When should PEEK parts be machined instead of injection molded?
Compare quantities, geometry, tooling, lead-time needs and acceptance scope. PEEK prototype machining can review fit; molded samples must establish production shrinkage and performance.
Does a PEEK component require annealing before final machining?
Review stock history, removal volume, geometry, service temperature and supplier recommendations. Agree any intermediate treatment and final verification for the actual product.
How does crystallinity affect molded PEEK part dimensions?
PEEK crystallinity and cooling history are part of the molding process review. Validate actual dimensions and properties on the selected grade and molded samples; color alone does not establish crystallinity.
How should PEEK bushings and seals be inspected?
For a PEEK bushings manufacturer or PEEK seals manufacturer review, define critical bores, roundness, sealing lands, roughness, permitted defects and the measuring temperature and stabilization conditions.
Does a resin datasheet identify my CNC stock?
No. Confirm the actual stock-shape manufacturer, complete product, color and lot. A resin reference does not identify unspecified rod, plate or tube.
Can a PEEK prototype use the same grade as production parts?
Confirm exact material and product form for each route. A machined stock product and a molding resin can share the polymer family while differing in process history; PEEK-like printing resin is not a substitute.
What drives the price of my PEEK part?
Material and blank size, usable yield, machining or tooling, quantities, critical fits, inspection records and delivery scope drive the quotation. Compare the same drawing and acceptance requirements.
Material sources: Ensinger · Victrex · Mitsubishi Chemical / MCG · Syensqo. Confirm current documents for your exact grade and form.
