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VICTREX® PEEK 450CA30 Datasheet

Polyetheretherketone

30% Carbon Fiber

Supplied by Victrex plc

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Product Description
High performance thermoplastic material, 30% carbon fibre reinforced PolyEtherEtherKetone (PEEK), semi crystalline, granules for injection moulding and extrusion, standard flow, FDA food contact compliant, colour black.

Applications for higher strength and stiffness in a static or dynamic system. Excellent wear resistance, low coefficient of friction, low coefficient of thermal expansion. Chemically resistant to aggressive environments.
General  
Material Status 
  • Commercial: Active
Availability 
  • Africa & Middle East
  • Asia Pacific
  • Europe
  • Latin America
  • North America
Filler / Reinforcement 
  • Carbon Fiber, 30% Filler by Weight
Features 
  • Chemical Resistant
  • Food Contact Acceptable
  • Good Flow
  • High Stiffness
  • High Strength
  • Low Friction
  • Semi Crystalline
  • Wear Resistant
Agency Ratings 
 
Appearance 
  • Black
Forms 
  • Granules
Processing Method 
  • Extrusion
  • Injection Molding
 
Physical
Nominal Value
Unit
Test Method
Density 2
g/cm³
ISO 1183
Spiral Flow 3
    Internal Method
-- 4
in
 
-- 5
in
 
Molding Shrinkage 6
    ISO 294-4
Across Flow
%
 
Flow
%
 
Water Absorption (Saturation, 73°F)
%
ISO 62
Water Absorption - Saturation (212°F)
%
ISO 62
Mechanical
Nominal Value
Unit
Test Method
Tensile Modulus (73°F)
psi
ISO 527-2
Tensile Stress
    ISO 527-2
Break, 73°F
psi
 
Break, 257°F
psi
 
Break, 347°F
psi
 
Break, 527°F
psi
 
Tensile Strain (Break, 73°F)
%
ISO 527-2
Flexural Modulus (73°F)
psi
ISO 178
Flexural Stress
    ISO 178
73°F
psi
 
257°F
psi
 
347°F
psi
 
527°F
psi
 
Compressive Stress
    ISO 604
73°F
psi
 
248°F
psi
 
392°F
psi
 
Impact
Nominal Value
Unit
Test Method
Charpy Notched Impact Strength (73°F)
ft·lb/in²
ISO 179/1eA
Charpy Unnotched Impact Strength (73°F)
ft·lb/in²
ISO 179/1U
Notched Izod Impact Strength (73°F)
ft·lb/in²
ISO 180/A
Unnotched Izod Impact Strength (73°F)
ft·lb/in²
ISO 180
Hardness
Nominal Value
Unit
Test Method
Shore Hardness (Shore D, 73°F)
 
ISO 868
Thermal
Nominal Value
Unit
Test Method
Heat Deflection Temperature (264 psi, Unannealed)
°F
ISO 75-2/Af
Glass Transition Temperature
    ISO 11357-2
-- 7
°F
 
-- 8
°F
 
Melting Temperature
°F
ISO 11357-3
CLTE
    ISO 11359-2
Flow : < 289°F
in/in/°F
 
Flow : > 289°F
in/in/°F
 
Transverse : < 289°F
in/in/°F
 
Transverse : > 289°F
in/in/°F
 
Thermal Conductivity
    ISO 22007-4
73°F 9
Btu·in/hr/ft²/°F
 
73°F 10
Btu·in/hr/ft²/°F
 
RTI Imp
°F
UL 746
RTI Str
°F
UL 746
Electrical
Nominal Value
Unit
Test Method
Volume Resistivity 11 (73°F)
ohms·cm
ASTM D4496
Flammability
Nominal Value
Unit
Test Method
Glow Wire Flammability Index (0.08 in)
°F
IEC 60695-2-12
Toxicity
    NES 713
CO content
 
 
CO2 content
 
 
Total gases
 
 
Fill Analysis
Nominal Value
Unit
Test Method
Melt Viscosity (752°F)
Pa·s
ISO 11443
Features
Features may also be described by the following terms: Good Chemical Resistance, Chemical Resistant, Good Wear Resistance, Wear Resistant, High Stiffness, Low Friction, Good Flow, High Strength, Semi-Crystalline.
Agency Ratings
This plastic material has 2 certifications from the following agencies (the number in parentheses shows the number of certifications for that agency): Rolls Royce (1), FDA (1).
Available Documents
Processing - Compression Molding (English)
Processing - Extrusion (English)
Processing - Finishing Operations (English)
Processing - Injection Molding (English)
Technical Datasheet (English)
Injection
Nominal Value
Unit
 
Drying Temperature
°F
 
Drying Time
hr
 
Hopper Temperature
°F
 
Rear Temperature
°F
 
Middle Temperature
°F
 
Front Temperature
°F
 
Nozzle Temperature
°F
 
Mold Temperature
°F
 
Injection Notes
Runner: Die / nozzle >3mm, manifold >3.5mm
Gate: >2mm or 0.5 x part thickness
Notes
1Typical properties: these are not to be construed as specifications.
2Crystalline
3Mold Temperature: 392°F, Melt Temperature: 743°F
41 mm
53 mm
6395°C nozzle, 200°C tool
7Onset
8Midpoint
9Average
10Along flow
111V
 
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The information presented on this datasheet was acquired by UL Prospector from the producer of the material. UL Prospector makes substantial efforts to assure the accuracy of this data. However, UL Prospector assumes no responsibility for the data values and strongly encourages that upon final material selection, data points are validated with the material supplier.