Additive Manufacturing Powder

    ... IS THE REVOLUTION IN MANUFACTURING TECHNOLOGY!

    At BÖHLER Edelstahl we are committed to investing in this promising sector, so we have developed a new BÖHLER AMPO brand to specifically promote powder for additive manufacturing. We will continue to build on our extensive materials experience and expertise in the field of powder metallurgy.

     BÖHLER AMPO Grade
     Standard
    Datasheets to download
       patent BÖHLER AMPO W360
      patent pending  BÖHLER AMPO M789
      DIN 2.4856
    UNS N06625
    (upon request chemistry according to AMS 5666 / ASTM B 446 / ASTM B 564 possible)
     BÖHLER AMPO L625
       DIN 2.4668
    UNS N07718
    (upon request chemistry according to API Std. 6ACRA or AMS 5662 or AMS 5663 possible)
    BÖHLER AMPO L718
      DIN 1.4542
    17-4PH
    UNS S17400
    (chemistry of AMS 5643 respectively AMS 5622)
     BÖHLER AMPO N700
      DIN 1.2709  BÖHLER AMPO W722
     Order quantity | 10 kg minimum
     Particle size distribution | 15 to 45 µm, 45 to 150 µm, or customized after request

     

    The facts at a glance:

    • Currently 3 AMPO grades: BÖHLER W722 AMPO, BÖHLER N700 AMPO & BÖHLER L718 AMPO, with further opportunity to expand the portfolio in the future.
    • As the world’s largest special steel producer, BÖHLER Edelstahl leverages metallurgical knowledge and manufacturing options for this new technology.
    • Atomisation of BÖHLER standard brands. Customisation of alloys with small scale production plant and metallurgical expertise.
    • Powder is produced using the latest atomisation techniques and tested in-house.
    • Vacuum induction melting and atomisation under inert gas ensure the highest product quality.
    • Depending on the steel grade and customer requirements, raw materials melted under vacuum or re-melted can be used. This ensures the highest quality standards and minimizes undesired impurities.
    • Depending on the requirements of the AM process used, we can provide the appropriate particle fractions in range from 15-45μm and 45-150μm.
    • Properties such as flowability, particle size distribution, and bulk density are ascertained upon request and included in delivery.

    Additive manufacturing facility in Kapfenberg
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