PEEK - 30% CARBON FIBER
Compared to GF30-PEEK, it shows higher mechanical strength and stiffness with tensile strength as high as 284mpa,
which is slightly lower than aluminum alloy only, while its specific strength can reach 206mpa, which is much higher than
aluminum alloy. As the effect of carbon fiber, the thermal conductivity of ZECAN®CF30 PEEK is 3.5 times of pure PEEK,
meanwhile, the wear resistance is extraordinary as well.
DETAILS
FEATURES
- Using CF30-PEEK may easily reveal the fibers during extruding products, but Zero Engineering could perfectly deal with this problem with its trick technology called fiber-compressed.
- Carbon fiber easily agglomerates and unevenly disperses in the final product, causing anisotropy. Zero Engineering could overcome this difficulty with its "dynamic-distribution technology," achieving the isotropy of each part in the products as well as even fiber dispersion. (It is significant to have this technology because the unevenly dispersed of internal fiber in the final product would most cause a great difference between the final product and raw material)
ATTENTIONS
- Reinforced carbon fiber materials tend to crack due to their low tensile elongation, which means the larger scale the product has, the higher cracking risk it gets. Therefore, we highly suggest being careful during cutting.
- Please heat the material to 80°C by a hot air circulating airbox before machining, or soak it in hot water remained 80°C for 3 to 4 hours;
- - It is significant to use a fine cutting tool during cutting and drilling. If it is for an ultra-precise part, please process it into a rough sample, then anneal it again before finishing it.
SPECIFICATIONS (mm, g/cm³)
