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JUTAIPEEK®CF30. Polyether Ether Ketone CF30 rod, virgin PEEK CF30 rod.
PEEK CF30 Rod, Continuous Extrusion PEEK rod with 30% short-cut carbon fiber. Compared to glass fiber-reinforced PEEK materials, this product offers higher mechanical strength and elastic modulus, significantly improved thermal deformation temperature, and better wear resistance. Additionally, its thermal conductivity is greatly enhanced, facilitating better heat dissipation.
This product can be used in high-temperature environments that require resistance to high stress or friction and wear, such as semiconductor processing, precision bearings, mechanical load-bearing components, and pressure pipelines and containers in the chemical industry.
High Mechanical Strength and Elastic Modulus
The incorporation of 30% carbon fibers results in a PEEK material with higher mechanical strength and an elastic modulus (≥ 10 GPa), making it ideal for high-stress applications.
Outstanding Thermal Deformation Temperature
This material can withstand elevated temperatures with a thermal deformation temperature greater than 300°C. It is suitable for applications where high-temperature performance is crucial.
Superior Wear Resistance
The short-cut carbon fiber reinforcement significantly improves the wear resistance of the material, making it an excellent choice for precision bearings and mechanical load-bearing components.
Enhanced Thermal Conductivity
PEEK CF30 rod has improved thermal conductivity, which facilitates better heat dissipation during operation, making it particularly useful in environments with high thermal loads.
Dimensional Stability and Low Thermal Expansion
The material offers excellent dimensional stability with a low coefficient of thermal expansion, ensuring consistent performance even under fluctuating temperatures.
High-Temperature Performance
This PEEK grade can be used for long-term applications at temperatures up to 240°C without compromising its mechanical properties.
JUTAIPEEK®CF30. Polyether Ether Ketone CF30 rod, virgin PEEK CF30 rod.
PEEK CF30 Rod, Continuous Extrusion PEEK rod with 30% short-cut carbon fiber. Compared to glass fiber-reinforced PEEK materials, this product offers higher mechanical strength and elastic modulus, significantly improved thermal deformation temperature, and better wear resistance. Additionally, its thermal conductivity is greatly enhanced, facilitating better heat dissipation.
This product can be used in high-temperature environments that require resistance to high stress or friction and wear, such as semiconductor processing, precision bearings, mechanical load-bearing components, and pressure pipelines and containers in the chemical industry.
High Mechanical Strength and Elastic Modulus
The incorporation of 30% carbon fibers results in a PEEK material with higher mechanical strength and an elastic modulus (≥ 10 GPa), making it ideal for high-stress applications.
Outstanding Thermal Deformation Temperature
This material can withstand elevated temperatures with a thermal deformation temperature greater than 300°C. It is suitable for applications where high-temperature performance is crucial.
Superior Wear Resistance
The short-cut carbon fiber reinforcement significantly improves the wear resistance of the material, making it an excellent choice for precision bearings and mechanical load-bearing components.
Enhanced Thermal Conductivity
PEEK CF30 rod has improved thermal conductivity, which facilitates better heat dissipation during operation, making it particularly useful in environments with high thermal loads.
Dimensional Stability and Low Thermal Expansion
The material offers excellent dimensional stability with a low coefficient of thermal expansion, ensuring consistent performance even under fluctuating temperatures.
High-Temperature Performance
This PEEK grade can be used for long-term applications at temperatures up to 240°C without compromising its mechanical properties.
