FAST MICH PASGT ACH UHMWPE ballistic Helmet mould

Short Description:

The application of UD/Kevlar bulletproof composite materials in the field of domestic military protective equipment. DEYING is an earlier mold production plant in Taizhou, and it is also one of the largest suppliers of Chinese military bulletproof series product molds. It is specialized in FRP product molds in China. the company


  • Product Specification: Depend on your sample/drawing design
  • Mold Cavity: Single or Multi-cavity
  • Mold Steel: S50C/P20H/718/H13/S136/2316/2738 etc.
  • Mold Runner: Cold/Hot Runner-point way,side way,direct gate
  • Mold Base: LKM,DME,HASCO standard etc,World standard
  • Mould Life: at least 500,000 shots,Depend on mold steel
  • Mould Design Software: UG, PROE, CAD, CAXA etc.
  • Mould Surface Treatment: Mirror polished
  • Export Port: Ningbo/Shanghai
  • Shipping: By Sea or By air
  • Payment: T/T,Western Union,Credit card,E-checking,Paypal,L/C
  • Note: Compression Mould without runner
  • Other: Please inform your requirement when request quote.
  • Product Detail

    Deying Mould Factory Video

    Mold Production Video

    Deying's unique mould technology enables it to manufacture UHMWPE bulletproof ballistic helmets mould with high quality, which is typically up to 100% satisfaction

    Our factory has been involved in the design and development of military product molds since 2000. Experience. Exported abroad

    Compression fiberglass helmet moldings-1
    Compression fiberglass helmet moldings
    helmet molds

    What are the factors that affect the processing structure of helmet molds?
    1. Cavity layout. Determine the number of cavities and their arrangement according to the geometric structure characteristics of the plastic parts, the dimensional accuracy requirements, the batch size, the difficulty of mold manufacturing, and the mold cost.
    2. Determine the parting surface. The position of the parting surface should be conducive to mold processing, venting, demolding and molding operations, and the surface quality of plastic parts.
    3. Determine the pouring system (the shape, location and size of the main runner, sub-runner and gate) and the exhaust system (exhaust method, position and size of the exhaust slot).
    4. Select the ejection method (ejector, pipe, push plate, combined ejector), determine the undercut treatment method and core-pulling method.
    5. Determine the cooling and heating method, the shape and location of the heating and cooling groove, and the installation location of the heating element.
    6. According to mold material, strength calculation or empirical data, determine the thickness and dimensions of mold parts, shape structure and all connections, positioning and guide positions.
    7. Determine the structural form of the main forming parts and structural parts.
    8. Considering the strength of each part of the mold, calculate the working size of the molded part.

    bulletproof helmet mould detail_2
    bulletproof helmet mould detail_1
    bulletproof helmet mould detail_3
    bulletproof helmet mould detail_4
    bulletproof helmet mould detail_5

    MB/Wechat/Whatsapp:+0086-13456489912 
    sophiemould@foxmail.com

    sophie wechat
    whatsapp

  • Previous:
  • Next: