At room temperature, the tensile strength of carbon fiber modified PEEK material is doubled compared with that of non-enhanced, and it is tripled at 150℃. At the same time, the enhanced composite material has also been greatly improved in terms of impact strength, bending strength and modulus, and the elongation has been sharply reduced, and the thermal deformation temperature can exceed 300℃.
The impact energy absorption rate of the composite directly affects the performance of the composite under impact, and the carbon fiber reinforced peek composite shows a specific energy absorption capacity of up to 180kJ/kg.
Carbon fiber modified peek material has been widely used in aerospace, automobile manufacturing, electronics and electrical, medical and food processing fields.
Applications
The energy consumption of the vehicle is closely related to the weight of the vehicle, and the lightweight of the vehicle can not only reduce fuel consumption and exhaust emissions, but also improve the power and safety, which is an effective way to save energy. In addition to the lightweight design of the structure, the use of lightweight materials is a more direct method. With its advantages of low density, good performance and convenient process, carbon fiber reinforced polyether ether ketone PEEK composite has been more and more frequently used in the automotive industry, and has shown great potential to replace steel with plastic.
For example, there’s a company used carbon fiber reinforced polyether ether ketone PEEK instead of metal as a feature of ABS. The lighter composite part reduces the moment of inertia, which minimizes the reaction time, greatly enhances the reaction performance of the overall system, and reduces the cost compared to previously used metal parts.
Production Process
1. Through the physical and chemical treatment of the original carbon fiber, it removes impurities, improves surface activity, and provides the mechanical properties and durability of pre-soaked materials.
2. Add resin, additives, etc., form a unique formula. Improve flowability, hardness, temperature stability.
3. The pre-treated carbon fiber is placed on the machine, and the resin is evenly covered on its surface.
4. Use the machine to solidify the material, and the fiber and resin are both sufficiently bonded.
5. According to the requirements of the product, cutting particles.
Why LFT-G?
Excellent quality. As replacement of metal and steel.
Own-factory. 500-800 tons of production per month.
Customization. From length to color or additives.
Self laboratory. Provide TDS and COA for every batch.
Fast shipping. Fast shipping to all capital cities or ports.
Favorable price. Free to get price.
Experienced team. With over 20 years experience expert team to provide assistance.
Full service. Through product discussion, performance analysis, composite selection, composite pellet production, after-sales tracking to injection molding techniques.