Furthermore, because PEEK is biocompatible with the human body, it has successfully replaced titanium metal as an artificial bone material. Additionally, because of its high strength and low dissolution, PEEK has been employed in liquid chromatography columns, tubes, accessories, etc. PEEK can be used to create dental descaling devices and endoscope parts for medical equipment because it can resist repeated autoclaving. A European model has 44 parts that use PEEK plastic instead of traditional metal products. PEEK resin demand will increase as the automotive industry adapts to miniaturization, lightweight, and cost reduction. The market’s increased use of PEEK resin, especially in the auto parts market, is the fastest, particularly in engine parts, transmission parts, steering parts, and so on., which use PEEK plastics instead of some traditional expensive metals as manufacturing materials. In the aerospace, automotive, chemical, electronics, and energy industries, industrial-grade PEEK plastic is used, whereas medical-grade PEEK plastic is used in healthcare and dentistry. It has been widely used in automotive manufacturing, aerospace, electrical and electronic, medical and food processing, and other industries.
PEEK is a fantastic lightweight alternative to most soft metals in applications involving high stress and high temperature.
PEEK, also known as polyether, is a high-performance engineering thermoplastic.
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