According to foreign media reports, as carbon fiber reinforced thermoplastic materials (CFRTPs) are expected to grow in the automotive industry, Asahi Glass (AGC) has developed a fluororesin-based modification technology ( Modification technology) provides the impact strength of carbon fiber reinforced polyamide thermoplastic composites. It is worth mentioning that this technology is easy to impregnate carbon fiber and thermoplastic materials, ensuring that the final product achieves the required mechanical strength.
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It is estimated that the global automotive application CFRTP market will achieve rapid growth, and by 2030, it is expected that the growth of monetary terms will be at least 60 times.
It is said that the performance of PA 6 has been improved by utilizing Japan's Asahi Glass fluoropolymer, which has an impact resistance improvement of 30% compared to conventional CFRTP. In addition, the water absorption rate was also successfully reduced by 30%, thereby promoting thermal degradation of PA 6 . This technology not only improves product defects during high temperature molding, but also increases yield strength.
Japan's Asahi Glass is designed to expand the use of CFRTP in the automotive industry by providing new technologies to major manufacturers in the transportation equipment sector. It is said that CFRTP reinforced materials can be used in various applications such as automotive, aerospace and sports goods. It is a satisfactory lightweight material that can improve the properties of engineering plastics under high load and high temperature conditions.
According to Fuji Keizai, a Japanese research company, the market value of the CFRTP global market will increase 60 times by 2030. (This image is taken from plasticstoday.com)
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