MU5873 Mo 17.5Ni 4Cr 1Fe 1Si 0.85B 0.25C Powder

Mo 17.5Ni 4Cr 1Fe 1Si 0.85B 0.25C Powder Description:

Mo 17.5Ni 4Cr 1Fe 1Si 0.85B 0.25C Powder is a thermally sprayed powder designed to create hard, dense coatings that provide exceptional wear and abrasion resistance in mildly oxidising environments. This two-component mixture comprises an agglomerated and sintered Molybdenum component that ensures toughness and a low coefficient of friction, alongside an inert-gas-atomised Nickel-Chromium-Iron self-fluxing component that enhances high-temperature corrosion, erosion, and oxidation resistance. The resulting coatings are self-bonding on most substrates, although they are not recommended for use on Copper and copper alloy substrates. This makes it an excellent choice for applications requiring high wear resistance.

Mo 17.5Ni 4Cr 1Fe 1Si 0.85B 0.25C Powder Specifications:

Mo 17.5Ni 4Cr 1Fe 1Si 0.85B 0.25C Powder Applications:

1. Aerospace: Coating of turbine blades, guide vanes, and other components exposed to high temperatures and mildly oxidising environments.

2. Automotive: Coating of engine parts such as pistons and cylinder liners to reduce wear and enhance performance.

3. Industrial Machinery: Applied to machine components such as shafts, rollers, and gears to improve wear resistance and longevity.

4. Oil and Gas: Coating of drilling equipment and components to resist abrasion and wear in harsh environments.

5. Power Generation: Protection of boiler tubes, heat exchangers, and other high-temperature components against wear and corrosion.

6. Metal Processing: Utilised in tools and dies to increase surface hardness and reduce friction during metal forming and machining.

Mo 17.5Ni 4Cr 1Fe 1Si 0.85B 0.25C Powder Packaging:

Our Mo 17.5Ni 4Cr 1Fe 1Si 0.85B 0.25C Powder is carefully handled during storage and transport to maintain our product's quality in its original condition.

Mo 17.5Ni 4Cr 1Fe 1Si 0.85B 0.25C Powder FAQ:

Q1: Which industries commonly use Mo 17.5Ni 4Cr 1Fe 1Si 0.85B 0.25C Powder?

A1: It is frequently used in aerospace, automotive, machinery manufacture, oil and gas, power generation, and metal processing industries for components exposed to high wear and mildly oxidising environments.

Q2: How is Mo 17.5Ni 4Cr 1Fe 1Si 0.85B 0.25C Powder synthesised?

A2: The powder consists of an agglomerated and sintered Molybdenum component combined with a shielded gas-atomised Nickel-Chromium-Iron self-fluxing component, ensuring enhanced toughness, wear resistance, and high-temperature performance.

Q3: What are the optimal conditions for applying coatings with Mo 17.5Ni 4Cr 1Fe 1Si 0.85B 0.25C Powder?

A3: The powder is best applied through thermal spraying under conditions that demand high wear resistance and protection against mildly oxidising environments. Specific application parameters may vary depending on the substrate and desired coating properties.