Reserch & Development
 

 

99.9% Pure Oxygen-free P.R. Copper Electroforming Method
P.R. Copper Electroforming Method Evaluation of properties of electrodeposit
  • Low contamination
  • High electric conductivity at the same level as oxygen-free copper
  • Electrical breakdown resistant
  • High vacuum level


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    THERMOPLASTIC COMPOSITE MATERIAL
    HOT PRESS FORMING
    PEKK + SPREAD CARBON FIBER    		 INJECTION MOLDING
    PEEK + GLASS FIBER
    Characteristics

    1)The out of autoclave process enables a 30% cost reduction compared to the conventional autoclave process.
    2)Reduced per ply thickness enables a thinner and lighter product with the same strength as the existing products.
    3)Spreading of carbon fiber bundles reduces the thickness of each ply.
    4)Spread carbon fibers increase the uniformity of the prepreg.
    Trial Product Overview
    Material: VICTREX PEEK 450GL30
  		• Less lead time!
  		• Can be used as both interior & exterior parts except for decorative purpose.
    		• Half weight of the same part made of aluminum.

    Material Characteristics

         1. Heat resistant
         2. Flame retardant
         3. Toxic gas free
         4. Chemical resistant

    Oxygen-Free Copper Electro-Forming

     

    HIPBATechnologies for Oxygen-Free Copper Electro-Forming and Electro-Polishing developed by Asahi Kinzoku Kogyo Inc., were used to develop "High-Intensity Proton Beam Accelerator", which has contributed to winning a Nobel prize for physics by Japanese scientists.

     

     

    Required characteristics of High-Intensity Proton Beam Accelerator are as follows:

    • To be manufactured in low cost
    • High vacuum and excellent accelerating performance (No out gassing)
    • High electrical conductivity
    • Adhesiveness : 26kg/mm2

    To meet these requirements, the manufacturing processes of :

    (1) OFC Electro-Forming with thickness of 0.8mm
    (2) Electro-Polishing by 40μm

    These have been proved to be the most suitable for the Accelerator, in Research & Development by Asahi.

    Carrying System for Inspar Ribs
    Carrying SystemAsahi manufacture Boeing 787 Inspar Rib from painting to sub-assembly by using new Carrying System (rail-to-rail), which were developed by Asahi to enhance the productivity.
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