
Carbon Power Filled PEEK machined part
- Min. Order:
- 1 Piece/Pieces
- Min. Order:
- 1 Piece/Pieces
- Transportation:
- Ocean, Land, Air, Express, Others
- Port:
- Shenzhen, Guangzhou, Hongkong
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Contact NowProductivity: | Enough |
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Supply Ability: | Enough |
Payment Type: | T/T,Paypal |
Incoterm: | FOB,CFR,CIF,EXW,DDU |
Certificate: | ISO SGS REACH ROHS |
Transportation: | Ocean,Land,Air,Express,Others |
Port: | Shenzhen,Guangzhou,Hongkong |
HONYPLAS®The blending of PEEK and polyether can obtain better mechanical properties and flame retardancy; the blending of PEEK and PTFE to make composite materials has outstanding wear resistance and can be used to manufacture sliding bearings, dynamic seal rings and other parts; for PEEK Carbon fiber is filled and modified to make reinforced PEEK composite material, which can greatly improve the hardness, rigidity and dimensional stability of the material.
After adding carbon fiber, PEEK has more outstanding high temperature and thermal resistance. It can be used at 300°C for a long time, and the instantaneous use temperature can reach 360°C. Its rigidity, dimensional stability, and linear expansion coefficient are small, which is close to that of metal aluminum. Carbon fiber has good chemical stability, has strong corrosion resistance to acids, alkalis and almost all organic solvents, and has flame retardant and radiation resistance properties; PEEK plus carbon fiber has excellent sliding wear and fretting wear resistance, especially It can maintain high wear resistance and low friction factor at 300℃; with these excellent comprehensive properties, PEEK plus carbon fiber plastic raw materials are mainly used in automobile and aerospace engine boxes, headlight reflectors, heat exchange parts, valve linings Sets and deep-sea oilfield parts, machinery, petroleum, chemical, nuclear power, rail transit, electronics and medicine have a wide range of applications.
Material name | Compound % | Main Properties | Color |
PTFE | - | Very low coefficient of frication and excellent chemical resistance,Food grade | White |
Glass Filled PTFE | Up to 40% | Improved ware resistance , compression strenght,creep resistance,chemical resistance.Good performance in oxidising environment,good creep resistance | White cream |
Carbon Filled PTFE | Up to 35% | Improvement electrical and termal conductivity,resistance to load,low coefficient of friction in dry,water,steam applications,chemical resistance.Superior ware resistance increase and low friction properties | Black |
Graphit Filled PTFE | Up to 25% | Improve wear resistance,decrease friction and increase sliding prperties against soft metals-chemical inertness.Improve the temperature resistance in some way. | Black |
Bronze Filled PTFE | Up to 60% | Improve compression strength,wear resistance,high thermal conductivity,resistance to abrasion.Reduced chemical resistance. | Dark brown |
Molybdenum disulphide(MoS2) | Up to 5% | Increased PTFE properties of hardness and wear resistance .Increased sliding properties and decrease friction. | Blue azure |
PEEK Filled PTFE | Up to 20% | Increased thermal resistance,sliding properties , surface hardness,Superior properties on dynamic applications. | Light Brown |
PEEK | - | Excellent mechanical properties including strength.rigidity , impact resistance,low wear rate and low coefficient of friction , retained over a wide range of service temperature | Light Brown |
PEEK compound | - | Improves technical and chemical properties like deformation under load,wear resistance,thermal expansion and electrical conductivity | - |
PVDF | - | Resistance to UV radiation and offers high mechanical strength and abrasion resistance | Beige |
PCTFE | - | Better mechanical properties than other fluoropolymers , low permeability | Translucent |
PFA | - | Better mechanical properties than other fluoropolymers , low permeability | Natural |
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