NI5909 Nickel Chromium Iron Silicon Boron Carbon Tungsten Carbide Cobalt Composite Powder (25(Ni 4.3Cr 1Fe 1Si 0.9B 0.2C) - 75(WC 12Co) Powder)

25(Ni 4.3Cr 1Fe 1Si 0.9B 0.2C) - 75(WC 12Co) Powder Description:

25(Ni 4.3Cr 1Fe 1Si 0.9B 0.2C) - 75(WC 12Co) Powder is a specialised cermet powder designed for high-temperature applications, combining a nickel-chromium-aluminium alloy with tungsten carbide-cobalt. This composite powder provides exceptional erosion resistance and controlled wear resistance, optimising clearance control and gas path efficiency in demanding environments such as jet engine compressors. Its bind-free composition ensures uniformity and reliability. Extensive testing has demonstrated resistance to temperatures of up to 650°C (1200°F) and good oxidation resistance, making it suitable for critical industrial applications.

25(Ni 4.3Cr 1Fe 1Si 0.9B 0.2C) - 75(WC 12Co) Powder Specifications:

25(Ni 4.3Cr 1Fe 1Si 0.9B 0.2C) - 75(WC 12Co) Powder Applications:

25(Ni 4.3Cr 1Fe 1Si 0.9B 0.2C) - 75(WC 12Co) Powder is specifically utilised as a grindable coating material in high-temperature regions of engine compressors. It is intended to optimise clearance control by minimising wear on rotating components while maximising gas path efficiency. This powder is critical for maintaining operational reliability and extending component lifespan in aerospace and industrial applications subjected to extreme temperatures and pressures.

25(Ni 4.3Cr 1Fe 1Si 0.9B 0.2C) - 75(WC 12Co) Powder Packaging:

Our 25(Ni 4.3Cr 1Fe 1Si 0.9B 0.2C) - 75(WC 12Co) Powder is handled with care during storage and transportation to maintain product quality in its original condition.

25(Ni 4.3Cr 1Fe 1Si 0.9B 0.2C) - 75(WC 12Co) Powder FAQ:

Q1: What are the main benefits of using 25(Ni 4.3Cr 1Fe 1Si 0.9B 0.2C) - 75(WC 12Co) Powder in engine compressors?

A1: This powder offers outstanding erosion resistance and controlled wear resistance, optimising clearance control to improve gas path efficiency and reduce wear on rotating components in high-temperature environments.

Q2: How is 25(Ni 4.3Cr 1Fe 1Si 0.9B 0.2C) - 75(WC 12Co) Powder produced and why is it suitable for aerospace applications?

A2: The powder combines a nickel-chromium-aluminium alloy with tungsten carbide-cobalt through a specific process that ensures reliability and consistency for dependable performance in aerospace and industrial applications.

Q3: Can 25(Ni 4.3Cr 1Fe 1Si 0.9B 0.2C) - 75(WC 12Co) Powder coatings be customised for specific erosion resistance and wear resistance requirements?

A3: Yes, the powder can be tailored to meet custom requirements, providing flexibility in achieving desired erosion resistance and wear resistance for various industrial applications.