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  • BÖHLER M310 ISOPLAST

    BÖHLER M310 ISOPLAST is a corrosion-resistant, martensitic chromium steel which, through electroslag remelting and optimization of the chemical composition, has a good homogeneity and a balanced hardness-toughness-corrosion resistance ratio.

    BÖHLER M310 ISOPLAST

    Corrosion resistance
    Machinability in as supplied condition
    Polishability
    Toughness
    Wear resistance
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    • Plastic Mould
    • AISI ~420
    • EN X40Cr14
    • JIS ~SUS420J2
    • SEL ~1.2083
    • EN ISO 4957
    • Others AFNOR Z40C14

    BÖHLER M310 ISOPLAST is a corrosion-resistant, martensitic chromium steel which, through electroslag remelting and optimization of the chemical composition, has a good homogeneity and a balanced hardness-toughness-corrosion resistance ratio.

    Read More
  • BÖHLER M333 ISOPLAST

    BÖHLER M333 ISOPLAST is a corrosion-resistant, martensitic plastic mold steel with excellent polishability and toughness for products with highest surface requirements. BÖHLER M333 ISOPLAST is also approved for food and beverage contact.

    BÖHLER M333 ISOPLAST

    Corrosion resistance
    Machinability in as supplied condition
    Polishability
    Toughness
    Wear resistance
    Read More
    • Plastic Mould

    BÖHLER M333 ISOPLAST is a corrosion-resistant, martensitic plastic mold steel with excellent polishability and toughness for products with highest surface requirements. BÖHLER M333 ISOPLAST is also approved for food and beverage contact.

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  • BÖHLER M340 ISOPLAST

    BÖHLER M340 ISOPLAST corresponds to a corrosion-resistant, martensitic chromium steel with improved wear resistance. This is ideal for the application area of glass fiber reinforced plastics. In addition, the BÖHLER M340 ISOPLAST is approved for food and beverage contact.

    BÖHLER M340 ISOPLAST

    Corrosion resistance
    Machinability in as supplied condition
    Polishability
    Toughness
    Wear resistance
    Read More
    • Plastic Mould

    BÖHLER M340 ISOPLAST corresponds to a corrosion-resistant, martensitic chromium steel with improved wear resistance. This is ideal for the application area of glass fiber reinforced plastics. In addition, the BÖHLER M340 ISOPLAST is approved for food and beverage contact.

    Read More
  • BÖHLER M789 AMPO

    BÖHLER M789 AMPO is a newly developed maraging steel, which combines the mechanical properties of 1.2709 with the corrosion resistance of 17-4PH. This patent bending grade can easily printed without any preheating and achieves a hardness of about 52 HRC with a very easy heat treatment. Furthermore, this material shows an excellent polishability, which makes it the ideal choice for inserts with conformal cooling in plastic injection molding and in any other application where a high hardness and corrosion resistance is of need.

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    • Additive Manufacturing Application
    • Market grade BÖHLER patent

    BÖHLER M789 AMPO is a newly developed maraging steel, which combines the mechanical properties of 1.2709 with the corrosion resistance of 17-4PH. This patent bending grade can easily printed without any preheating and achieves a hardness of about 52 HRC with a very easy heat treatment. Furthermore, this material shows an excellent polishability, which makes it the ideal choice for inserts with conformal cooling in plastic injection molding and in any other application where a high hardness and corrosion resistance is of need.

    Read More
  • BÖHLER N700AMPO

    BÖHLER N700 AMPO (17-4 PH) is a precipitation hardening nickel martensitic steel. Thanks to its alloying system, this material has excellent corrosion resistance. Can be printed very easily without additional heating of the platform or chamber and, after solution annealing and aging, hardens up to approx. 40 HRC.

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    • Additive Manufacturing Application
    • EN X5CrNiCuNb16-4
    • Market grade 17-4 PH
    • SEL 1.4542
    • UNS S17400

    BÖHLER N700 AMPO (17-4 PH) is a precipitation hardening nickel martensitic steel. Thanks to its alloying system, this material has excellent corrosion resistance. Can be printed very easily without additional heating of the platform or chamber and, after solution annealing and aging, hardens up to approx. 40 HRC.

    Read More

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