Zypeek Grade CA Carbon Fiber Reinforcement PEEK, Polyetheretherketone Material Price

PEEK-CA series reinforced plastics filled with carbon fiber, high elastic modulus, mechanical strength, creep resistance, wear resistance and dynamic fatigue resistance.

Types of Grade CA Carbon Fiber Reinforcement PEEK ZYPEEK Supplier

CA Series-770CA30 PEEK Carbon Fiber Reinforcement

CA Series-770CA30 PEEK carbon fiber reinforcement is suitable for the production of bushing seals and other products and can be faster from the bearing surface heat dissipation.

CA Series-550CA30 PEEK Carbon Fiber Reinforcement

CA Series-550CA30 PEEK carbon fiber reinforcement is a 30% carbon fiber reinforced PEEK material, the addition of carbon fiber significantly increased the material's wear resistance and high temperature mechanical strength, and thermal conductivity is pure resin G series 3 times.

CA Series-330CA30 PEEK Carbon Fiber Reinforcement

CA Series-330CA30 PEEK carbon fiber reinforcement is suitable for the production of bushing seals and other products, can be faster from the bearing surface heat dissipation, at the same time has a high thermal deformation temperature (336 ° C), also can maintain strength at high temperature, to a certain extent, can replace metal materials.

FAQs of Grade CA Carbon Fiber Reinforcement PEEK

Carbon Fiber Reinforced Peek Material Properties

PEEK is the abbreviation of polyetheretherketone, which itself has excellent mechanical, heat, and chemical resistance properties, and good bearing meshing, low friction coefficient, is a good self-lubricating material.

On this basis, the addition of carbon fiber not only increases its mechanical properties but also has an important impact on its frictional properties.

What is the difference between fiberglass and carbon fiber?

When exploring composite materials, many people consider carbon fiber or fiberglass due to their versatility and strength. A common question arises: Is carbon fiber stronger than fiberglass? While carbon fiber is indeed stronger, lighter, and more costly, there are additional factors to consider when determining which material is best for your needs.

Both carbon fiber and fiberglass are composite materials, with the primary difference being their composition: fiberglass is made from melted glass strands, whereas carbon fiber consists of strands of carbon atoms. Although both materials offer strength and lightness and are suitable for various applications across industries, fiberglass is often preferred for commercial purposes because it meets performance standards at a lower cost.