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Victrex PEEK Material Standard Solution

Release time:2025-05-26Author:小编

Victrex PEEK Material Standard Solution

I. Material Classification and Model Recommendation

Classification

Representative Model

Key Parameters

Applicable Process

Typical Application Scenarios

Pure Resin

PEEK 450G

Melt index: 45 g/10min, Tensile strength: 100 MPa

Precision injection molding, Extrusion

Miniature connectors, Thin-walled tubing

Glass Fiber Reinforced

PEEK 450GL30

30% glass fiber, Flexural modulus: 10 GPa

High-temperature injection molding, Compression molding

Automotive structural brackets, Drone frames

Carbon Fiber Reinforced

PEEK 150CA30

30% carbon fiber, Electrical conductivity: 10²-10³ Ω·cm

High-temperature pressing, Machining

Semiconductor fixtures, EMI shielding components

Wear-resistant Modified

PEEK FC 30

Friction coefficient: 0.12, PV limit: 1.2 MPa·m/s

Injection molding (corrosion-resistant screws)

Lubrication-free bearings, Vacuum rails

Medical Grade

PEEK OPTIMA® LT1

Elastic modulus: 4 GPa, X-ray transparency

CNC machining, 3D printing

Orthopedic implants, Surgical instruments

Film and Wire

APTIV™ 1100 film

Thickness: 12-250μm, Dielectric strength: 150 kV/mm

Thermal pressing, Lamination

High-frequency circuit substrates, Flexible electronic insulation

3D Printing Dedicated

VICTREX™ AM 200 wire

Printing temperature: 390-420°C, Layer thickness: 0.1-0.3mm

FDM 3D printing

High-temperature fixtures, Customized brackets

II. Core Properties and Quantitative Comparison

  1. High-temperature Performance
    • Long-term use temperature: 260°C (short-term 300°C), UL94 V-0 flame retardant.
    • Heat deflection temperature (HDT): Pure resin 160°C (1.8MPa), Glass fiber reinforced 315°C.
  2. Mechanical Properties

Property

PEEK 450G

PEEK 450GL30

Aluminum Alloy 6061-T6

Tensile strength (MPa)

100

170

300-500

Flexural modulus (GPa)

3.6

10

69

Notched impact (kJ/m²)

8

10

20-30

  1. Chemical Stability
    • Resistant media: Hydraulic oil (Skydrol 500B), Concentrated sulfuric acid (20°C), Seawater.
    • Limited media: Concentrated nitric acid (>50%), Molten alkali metals (HT™ modification required).
  2. Friction Performance

Material

Friction coefficient (dry vs. steel)

PV limit (MPa·m/s)

PEEK 450G

0.35

0.5

PEEK FC 30

0.12

1.2

Polyimide (PI)

0.25

0.3

III. Application Fields and Benefit Analysis

  1. Aerospace
    • Components: Engine sealing rings, Bearing cages.
    • Benefits: Weight reduction of 50%, Resistant to aviation fuel, FAA/EASA certified.
  2. Medical Equipment
    • Application: Spinal fusion cage (PEEK OPTIMA® LT1).
    • Advantages: X-ray transparency, Elastic modulus matching bone, Reduced stress shielding.
  3. Electrical and Electronic
    • Application: 5G base station high-frequency connectors (APTIV™ film).
    • Advantages: Dielectric loss 0.001@10GHz, Resistant to reflow soldering (260°C).
  4. Energy Industry
    • Application: Deep-sea valve seat (PEEK 150CA30).
    • Benefits: Service life extended from 6 months to 5 years, Maintenance cost reduced by 70%.

IV. Selection Decision Tree (Key Path)

  1. Regulations and Field Screening
    • Medical implants → PEEK OPTIMA® LT1/MT
    • Food contact → FDA/EU 10/2011 certified models
  2. Environmental Condition Screening
    • Temperature > 240°C → Reinforced models (450GL30/150CA30)
    • Chemical exposure → HT™ or standard models for acid resistance
  3. Functional Requirement Screening
    • Wear resistance → PEEK FC series
    • Electrical conductivity → Carbon fiber reinforced (150CA30)
  4. Processing and Cost Optimization
    • Precision injection molding → High-flow 450G
    • Cost-sensitive → Hybrid solution (PEEK+PPS)

V. Special Scenario Solutions

Scenario

Challenge

Recommended Model

Performance Verification

Nuclear radiation environment

γ-ray embrittlement

PEEK 450G

Withstands >1000 kGy, ASTM E1026 test

Ultra-high pressure (>1000bar)

Creep deformation

PEEK 150CA30

Creep resistance <0.5%@100MPa, NORSOK M-710 certification

Cryogenic (-253°C)

Low-temperature brittleness

PEEK LTT™

Charpy impact >25 kJ/m²@-196°C, NASA certification

High-frequency electrical (>28GHz)

Dielectric loss

APTIV™ 1100 film

Dielectric constant 3.0±0.1, Loss factor 0.001@10GHz

Biofouling (marine)

Algae/barnacle fouling

PEEK OPTIMA®+ surface modification

Fouling rate ↓90%, ASTM D5618 test

VI. Processing Technology Guide

  1. Injection Molding
    • Melt temperature: 360-400°C
    • Mold temperature: ≥160°C (reduce internal stress)
    • Screw speed: ≤100 rpm (prevent degradation)
  2. 3D Printing (FDM)
    • Printing temperature: 390-420°C
    • Heat bed temperature: 120-140°C
    • Post-processing: Annealing at 200°C for 2 hours (increase crystallinity to 35%)
  3. Machining
    • Tools: Carbide or diamond-coated
    • Cutting speed: 100-200 m/min (dry cutting or with coolant)

VII. Cost Optimization Strategy

  • Hybrid material design: Use PEEK in critical areas, PPS in non-load-bearing areas (cost ↓30%).
  • Recycled material utilization: Regrind grade material (cost ↓40%, performance retention >90%).
  • Design simplification: Uniform wall thickness (yield ↑ to 95%+).

VIII. Victrex Core Advantages

  • Global production capacity: Annual output of 7000 tons, stable supply.
  • Certification system: Full certification coverage including FDA, ISO 13485, UL94 V-0.
  • Technical support: Online material selection tool (Material Selector), Rapid prototyping service (within 72 hours).

IX. All Models and Specifications of Victrex PEEK

Victrex plc

Film, PEEK

APTIV™ FILMS 1000

Victrex plc

Film, PEEK

APTIV™ FILMS 1102

Victrex plc

Film, PEEK

APTIV™ FILMS 1103

Victrex plc

Film, PEEK

APTIV™ FILMS 1300

Victrex plc

Film, PEEK

APTIV™ FILMS 2000

Victrex plc

Film, PEEK

APTIV™ FILMS 2100

Victrex plc

Film, PEEK

APTIV™ FILMS XPI A105

Victrex plc

Film, PEEK

APTIV™ FILMS XPI A106

Victrex plc

Film, PEEK

APTIV™ FILMS XPI A107

Victrex plc

Film, PEEK

APTIV™ FILMS XPI A108

Victrex plc

Film, PEEK

APTIV™ FILMS XPI B105

Victrex plc

PEEK

VICOTE™ COATINGS 700 Series

Victrex plc

PEEK

VICOTE™ COATINGS 705Blk

Victrex plc

PEEK

VICOTE™ COATINGS F804

Victrex plc

PEEK

VICOTE™ COATINGS F804BLK

Victrex plc

PEEK

VICOTE™ COATINGS F805

Victrex plc

PEEK

VICOTE™ COATINGS F807BLK

Victrex plc

PEEK

VICOTE™ COATINGS F808

Victrex plc

PEEK

VICOTE™ COATINGS F809

Victrex plc

PEEK

VICOTE™ COATINGS F810BLK

Victrex plc

PEEK

VICOTE™ COATINGS F815

Victrex plc

PEEK

VICOTE™ COATINGS F817

Victrex plc

PEEK

VICOTE™ COATINGS Vicote Coatings 700 series

Victrex plc

PEEK

VICTREX AM™ 450 FIL

Victrex plc

PEEK

VICTREX CT™ POLYMER 100

Victrex plc

PEEK

VICTREX FG™ POLYMER 100/101

Victrex plc

PEEK

VICTREX FG™ POLYMER 120/121

Victrex plc

PEEK

VICTREX FG™ POLYMER 140

Victrex plc

PEEK

VICTREX FG™ POLYMER 200/201

Victrex plc

PEEK

VICTREX FG™ POLYMER 240

Victrex plc

PEEK

VICTREX FG™ POLYMER 340

Victrex plc

PEEK

VICTREX FG™ POLYMER 700 FPD

Victrex plc

PEEK

VICTREX HPG™ POLYMER 140 GRA

Victrex plc

PEEK

VICTREX HPG™ POLYMER 240 GRA

Victrex plc

PEEK

VICTREX XPI™ 150 Polymer

Victrex plc

PEEK

VICTREX XPI™ 174 Polymer

Victrex plc

PEEK

VICTREX™ PEEK POLYMER 150CA30

Victrex plc

PEEK

VICTREX™ PEEK POLYMER 150FC30

Victrex plc

PEEK

VICTREX™ PEEK POLYMER 150FW30

Victrex plc

PEEK

VICTREX™ PEEK POLYMER 150G

Victrex plc

PEEK

VICTREX™ PEEK POLYMER 150G903 Black

Victrex plc

PEEK

VICTREX™ PEEK POLYMER 150GL15

Victrex plc

PEEK

VICTREX™ PEEK POLYMER 150GL20

Victrex plc

PEEK

VICTREX™ PEEK POLYMER 150GL30

Victrex plc

PEEK

VICTREX™ PEEK POLYMER 150GL30BLK

Victrex plc

PEEK

VICTREX™ PEEK POLYMER 150P

Victrex plc

PEEK

VICTREX™ PEEK POLYMER 150PF

Victrex plc

PEEK

VICTREX™ PEEK POLYMER 150UF10

Victrex plc

PEEK

VICTREX™ PEEK POLYMER 150XF

Victrex plc

PEEK

VICTREX™ PEEK POLYMER 151G

Victrex plc

PEEK

VICTREX™ PEEK POLYMER 380P

Victrex plc

PEEK

VICTREX™ PEEK POLYMER 381G

Victrex plc

PEEK

VICTREX™ PEEK POLYMER 450CA20

Victrex plc

PEEK

VICTREX™ PEEK POLYMER 450CA30

Victrex plc

PEEK

VICTREX™ PEEK POLYMER 450CA40

Victrex plc

PEEK

VICTREX™ PEEK POLYMER 450FC30

Victrex plc

PEEK

VICTREX™ PEEK POLYMER 450FE20

Victrex plc

PEEK

VICTREX™ PEEK POLYMER 450G903 Black

Victrex plc

PEEK

VICTREX™ PEEK POLYMER 450GL15

Victrex plc

PEEK

VICTREX™ PEEK POLYMER 450GL20

Victrex plc

PEEK

VICTREX™ PEEK POLYMER 450GL30

Victrex plc

PEEK

VICTREX™ PEEK POLYMER 450GL30BLK

Victrex plc

PEEK

VICTREX™ PEEK POLYMER 450G™

Victrex plc

PEEK

VICTREX™ PEEK POLYMER 450P

Victrex plc

PEEK

VICTREX™ PEEK POLYMER 450PF

Victrex plc

PEEK

VICTREX™ PEEK POLYMER 650CA30

Victrex plc

PEEK

VICTREX™ PEEK POLYMER 650G

Victrex plc

PEEK

VICTREX™ PEEK POLYMER 650P

Victrex plc

PEEK

VICTREX™ PEEK POLYMER 650PF

Victrex plc

PEEK

VICTREX™ PEEK POLYMER 90CA30

Victrex plc

PEEK

VICTREX™ PEEK POLYMER 90G

Victrex plc

PEEK

VICTREX™ PEEK POLYMER 90GL30

Victrex plc

PEEK

VICTREX™ PEEK POLYMER 90GL30BLK-EU

Victrex plc

PEEK

VICTREX™ PEEK POLYMER 90GL60

Victrex plc

PEEK

VICTREX™ PEEK POLYMER 90HMF20

Victrex plc

PEEK

VICTREX™ PEEK POLYMER 90HMF40

Victrex plc

PEEK

VICTREX™ PEEK POLYMER 90P

Victrex plc

PEEK

VICTREX™ PEEK POLYMER ABV 300 GRA

Victrex plc

PEEK

VICTREX™ PEEK POLYMER AS110

Victrex plc

PEEK

VICTREX™ PEEK POLYMER ESD101

 

XVictrex PEEK Material Models Overview Table


1. Virgin Resin Series (Unfilled)

Model

Key Characteristics

Typical Applications

Key Parameters

PEEK 150G

Base grade with good flowability, chemical resistance

Tubing, cable sheaths, gaskets

- Melt Flow Index: 23 g/10min (400°C/5kg)
- Tensile Strength: 90 MPa
- HDT (1.8MPa): 143°C

PEEK 450G

High flowability for thin-walled parts, UL94 V-0 flame retardant

Precision gears, connectors, films

- Melt Flow Index: 45 g/10min
- Tensile Strength: 100 MPa
- Continuous Use Temp: 260°C


2. Short Fiber-Reinforced Series

Model

Reinforcement

Key Characteristics

Typical Applications

Key Parameters

PEEK 450GL30

30% Glass Fiber

High stiffness, low warpage, dimensional stability

Automotive brackets, drone frames

- Flexural Modulus: 10 GPa
- Tensile Strength: 170 MPa
- HDT (1.8MPa): 315°C

PEEK 150CA30

30% Carbon Fiber

Conductivity, anti-static, creep resistance

Semiconductor fixtures, EMI shields

- Surface Resistivity: 10²–10³ Ω·cm
- Thermal Conductivity: 0.9 W/m·K
- Tensile Strength: 210 MPa


3. Functional Modified Series

Model

Modification

Key Characteristics

Typical Applications

Key Parameters

PEEK FC 30

PTFE + Graphite

Ultra-low friction, self-lubricating

Dry bearings, vacuum rails

- Friction Coefficient: 0.12 (vs. steel)
- PV Limit: 1.2 MPa·m/s
- Wear Rate: <1×10
⁻⁶ mm³/N·m

PEEK ESD

Anti-static additives

ESD protection, cleanroom compatibility

Wafer carriers, HDD components

- Surface Resistivity: 1010 Ω/sq
- Tensile Strength: 110 MPa

PEEK HT™

High-temperature oxidation resistance

Resists strong oxidizers

Chemical valves, HNO environments

- HNO Resistance: >60%
- Continuous Use Temp: 260
°C


4. Medical Grade Series

Model

Key Characteristics

Typical Applications

Key Parameters

PEEK OPTIMA® LT1

Bone-like modulus, X-ray transparency

Spinal cages, cranial implants

- Elastic Modulus: 4 GPa
- Tensile Strength: 90 MPa
- Biocompatibility: ISO 10993 Certified

PEEK OPTIMA® MT

Adjustable crystallinity, high flowability

Surgical tools, endoscope components

- Crystallinity: 20–35%
- Melt Flow Index: 50 g/10min


5. Films and Filaments Series

Model

Form

Key Characteristics

Typical Applications

Key Parameters

APTIV™ 1100

Film

Ultra-thin insulation, high-frequency stability

Flexible circuits, PCBs

- Thickness: 12–250 μm
- Dielectric Constant: 3.2 @1MHz
- Dielectric Strength: 150 kV/mm

VICTREX™ AM 200

3D Filament

High-temp FDM printing, low shrinkage

Custom jigs, high-temp fixtures

- Diameter: 1.75/2.85 mm
- Printing Temp: 390–420°C
- Layer Thickness: 0.1–0.3 mm


6. Long Fiber-Reinforced Series

Model

Reinforcement

Key Characteristics

Typical Applications

Key Parameters

PEEK LTT™ 45

Long Glass Fiber

High impact resistance, toughness

Ballistic armor, heavy-duty bearings

- Fiber Length: >5 mm
- Notched Impact Strength: 25 kJ/m²
- Tensile Strength: 180 MPa


Parameter Notes

  • HDT (Heat Deflection Temperature): Measured at 1.8MPa load.
  • Friction Coefficient: Dry sliding against steel.
  • PV Limit: Pressure-velocity limit under dry friction (unit: MPa·m/s).

Selection Guidelines

  1. Custom Grades: Victrex offers tailored modifications (color, conductivity, radiation resistance) based on application requirements.
  2. Certifications: Medical grades (OPTIMA®) comply with FDA and CE implant standards; industrial grades meet RoHS/REACH.
  3. Global Standards: Key models are certified for aerospace (AS9100) and automotive (IATF 16949) supply chains.

For full datasheets (density, shrinkage, CTE, etc.), visit the Victrex website or request the 《Victrex PEEK Material Databook》 from technical support.

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