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[humanoid robot material stock! 】PEEK material is the abbreviation of polyether ether ketone, which is a special engineering plastic. Under the background of strong application demand of humanoid robots and new energy vehicles, the market of PEEK material is expected to grow rapidly because of its advantages in lightweight and physical properties.

On Monday, many concept stocks in the PEEK material sector rose sharply. At the close, Zhongyan shares and Xinyi new materials had a daily limit of 20CM, Fuheng new materials rose more than 13%, and Walter shares and Zhongxin fluorine materials had daily limit.Guojin Securities said that PEEK material belongs to special engineering plastics and has the advantages of heat resistance, flame retardancy, wear resistance, corrosion resistance and self-lubrication. Compared with engineering plastics, PEEK has both rigidity and toughness. Compared with metal materials, PEEK material has high strength and light weight, so it is suitable for medical care, automobiles and robots.On Monday, many concept stocks in the PEEK material sector rose sharply. At the close, Zhongyan shares and Xinyi new materials had a daily limit of 20CM, Fuheng new materials rose more than 13%, and Walter shares and Zhongxin fluorine materials had daily limit.

PEEK material is the abbreviation of polyether ether ketone, which is a special engineering plastic. Under the background of strong application demand of humanoid robots and new energy vehicles, the market of PEEK material is expected to grow rapidly because of its advantages in lightweight and physical properties.PEEK material is the abbreviation of polyether ether ketone, which is a special engineering plastic. Under the background of strong application demand of humanoid robots and new energy vehicles, the market of PEEK material is expected to grow rapidly because of its advantages in lightweight and physical properties.Everbright Securities Research Report shows that compared with general metal, PEEK material can obviously reduce the self-weight of the material and achieve lightweight while meeting the required strength.