Cr3C2 50(Ni 20Cr) Powder Description:
Cr3C2 50(Ni 20Cr) Powder is a specialized self-fusing blend of chromium carbide and nickel aluminide, tailored for applications where conventional self-fluxing materials are inadequate due to substrate characteristics or part sizes. Unlike fully fused coatings, it partially fuses during spraying, obviating the need for additional post-coat fusion. The resultant coating comprises a chromium carbide-nickel matrix infused with robust phases of nickel and chromium borides, carbides, and carboborides, ensuring a well-rounded combination of wear and corrosion resistance.
Cr3C2 50(Ni 20Cr) Powder Specifications:
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Nominal Chemistry
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Cr3C2 50(Ni 20Cr)
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Nom. Particle Size Distr.(µm)
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-62 +7.8
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Morphology
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Angular
Blocky
Spheroidal
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Max. Service Temperature (°C)
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820
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Cr3C2 50(Ni 20Cr) Powder Applications:
1. Aerospace Industry: Cr3C2 50(Ni 20Cr) Powder is ideal for protecting turbine blades and engine components, providing durable coatings without the need for high-temperature post-processing.
2. Automotive Industry: Engine components benefit from the high wear resistance of Cr3C2 50(Ni 20Cr) Powder coatings, especially where traditional fusing methods are impractical.
3. Industrial Machinery: Gears, rollers, and bearings in industrial machinery can enjoy enhanced durability with Cr3C2 50(Ni 20Cr) Powder coatings, which withstand high wear without requiring high-temperature fusion.
4. Oil and Gas Industry: Cr3C2 50(Ni 20Cr) Powder is indispensable for downhole tools and equipment in corrosive environments, offering protection to heat-sensitive substrates.
5. Power Generation: Gas turbines and high-temperature equipment benefit from Cr3C2 50(Ni 20Cr) Powder coatings, providing protective layers without the risk of heat damage during application.
6. Metal Processing: Tools and equipment used in metal forming processes rely on the high wear resistance of Cr3C2 50(Ni 20Cr) Powder coatings, particularly when heat treatment is not feasible.
Cr3C2 50(Ni 20Cr) Powder Packing:
Our Cr3C2 50(Ni 20Cr) Powder is carefully handled during storage and transportation to preserve the quality of our product in its original condition.
Cr3C2 50(Ni 20Cr) Powder FAQ:
Q1: Is there any special storage requirement for Cr3C2 50(Ni 20Cr) Powder?
A1: To maintain its quality, Cr3C2 50(Ni 20Cr) Powder should be stored in a cool, dry place, away from direct sunlight and moisture. Proper storage conditions will ensure the powder remains effective for use in coating applications.
Q2: How does Cr3C2 50(Ni 20Cr) Powder improve the longevity of coated components?
A2: The superior wear, oxidation, and corrosion resistance provided by the powder coatings significantly extend the service life of components, reducing maintenance costs and downtime.
Q3: What is the bond strength of coatings made from Cr3C2 50(Ni 20Cr) Powder?
A3: Coatings made from Cr3C2 50(Ni 20Cr) Powder exhibit an exceptionally high bond strength of greater than 90 MPa (13,000 psi), ensuring superb adhesion and cohesion of the coating.
Q4: Can Cr3C2 50(Ni 20Cr) Powder be used for high-temperature applications?
A4: Yes, Cr3C2 50(Ni 20Cr) Powder is designed to provide outstanding performance in high-temperature applications, making it ideal for components exposed to elevated temperatures and corrosive environments.
