What are the key points of mold county design for high-speed stamping spacecraft wen parts?

     Highlights of mold design for high-speed stamping of spacecraft parts include:
    Material selection
        Selection of high strength, wear-resistant and high temperature resistant mold materials, such as cemented carbide, high performance alloy steel, etc., in order to cope with the huge pressure and high temperature generated by friction in the process of high-speed stamping.

  High-speed stamping of spacecraft parts

    Precision control
        Ensure that the manufacturing precision of the mold reaches the micron level, so as to ensure that the dimensional accuracy and shape tolerance of the stamped spacecraft parts meet the strict aerospace standards.
    Reasonable structure
        Design a reasonable mold structure, such as optimizing the fit of the convex and concave dies, and the precision and stability of the guiding mechanism, in order to reduce the deviation and vibration during the stamping process.

High-speed stamping of spacecraft parts

    Cooling system
        Equipped with efficient cooling system to take away the heat generated during the stamping process in time, preventing the mold from overheating leading to deformation and abrasion, which will affect the quality of parts and the life of the mold.
    Surface treatment
        The surface of the die is given special treatment, such as hard chrome plating, nitriding, etc., to improve the hardness and abrasion resistance of the die surface and prolong the service life of the die.
    

High-speed stamping of spacecraft parts