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Nickel-based self-fluxing alloy——DG.16C-NS
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Nickel-based self-fluxing alloy——DG.16C-NS

Basic Parameters:

Chemical Composition: Cr 17.10%, Fe 4.89%, C 0.4%, B 3.21%, Si 4.35%, Cu 3.13%, Mo 3.16%, Ni (balance);

Production Process: Water atomization;

Coating Hardness: HRC 58–60;

Processing Methods: Oxy-acetylene flame spray-welding, APT, HVAF, HVOF, APS;

Bonding Strength: Metallurgical bonding achieved after spray-welding/overlay welding (strength >200 MPa); HVAF, HVOF, and APS bonding strength >70 MPa;

Standard Particle Sizes: -100/+325 mesh, -150/+325 mesh, -300/+400 mesh, -300/+500 mesh (custom particle size ranges available).

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    product details

    Product Performance and Applications:

    1. Produced via water atomization, the powder features good sphericity and uniform flowability;
    2. Ni60CuMo is based on Ni60A with the addition of 3% Cu and 3% Mo; the added Cu facilitates the formation of a passivation film in low-concentration sulfuric acid environments, while the added Mo provides resistance to corrosion from low-concentration chloride ions;
    3. The addition of Mo also enhances high-temperature oxidation resistance, allowing Ni60CuMo to operate at higher temperatures than Ni60—up to a maximum service temperature of 600°C;
    4. It outperforms Ni60A in resisting high-temperature oxidation and corrosion from low-concentration sulfuric acid;
    5. In sulfur-containing environments, the added Mo reacts with sulfur to form molybdenum disulfide (MoS₂), which improves lubrication and reduces the coefficient of friction;
    6. Commonly used for high-temperature, wear-resistant, and corrosion-resistant coatings;

    Product Electron Microscopy Image:

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