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BALITHERM IONIT OXGas nitrocarburizing, plasma activation and oxidation

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BALITHERM IONIT OX
BALITHERM IONIT OX
BALITHERM IONIT OX
BALITHERM IONIT OX
BALITHERM IONIT OX

The BALITHERM IONIT OX process renders components highly wear and corrosion resistant by augmenting conventional gas nitriding  with plasma activation and controlled oxidation. During gas nitrocarburizing, chemical reactions and diffusion processes that lead to surface modification (e and g‘-nitrides) take place. Oxidation causes the formation of a homogeneous iron oxide (Fe3O4) layer which significantly boosts corrosion resistance.

This makes BALITHERM IONIT OX an environmentally friendly alternative to standard corrosion protection processes such as hard chrome plating and salt bath nitriding.

  • Advantages

    Advantages

    Increased surface hardness

     

    Significantly improved wear protection Outstanding abrasion and sliding properties Reduced material fatigue

    Nitriding or nitrocarburizing combined with oxygen

     

    Outstanding corrosion resistance, even in applications using biodiesel or in a marine environment Environmentally friendly

  • Specifications
    Specifications  
    Coating material ε + γ` + Fe3O4
    Microhardness
    (HV 0.05)
    3,000
    Friction coefficient against steel (dry) 0.15
    Max. service temperature (° C) 600°C
    Coating color Anthracite
    Compound layer thickness [μm] 10 - 28
    Oxide layer thickness [μm] 1 - 3
    NHD [mm] (Nitriding hardness depth) 0.1 - 0.5
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  • Application

    Recommendation Application

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