

Ni 23Co 20Cr 8.5Al 4Ta 0.6Y Powder provided by Stanford Advanced Materials (SAM) is a high-performance thermal spray coating material renowned for its superior oxidation and hot corrosion resistance, particularly suited for overlay coatings on turbine engine components in demanding environments.
Related Products: Ni 24.5Cr 6Al 0.4Y Powder, Ni 31Cr 11Al 0.6Y Powder
Ni 23Co 20Cr 8.5Al 4Ta 0.6Y Powder provided by Stanford Advanced Materials (SAM) is a high-performance thermal spray coating material renowned for its superior oxidation and hot corrosion resistance, particularly suited for overlay coatings on turbine engine components in demanding environments.
Related Products: Ni 24.5Cr 6Al 0.4Y Powder, Ni 31Cr 11Al 0.6Y Powder
Ni 23Co 20Cr 8.5Al 4Ta 0.6Y Powder is a high-performance thermal spray coating material engineered for applications that demand superior resistance to high-temperature oxidation and hot corrosion. The cobalt content enhances the coating's ductility and resistance to hot corrosion, while the presence of chromium and yttrium boosts oxidation resistance by activating aluminum and improving the spallation resistance of the oxide scale. Both chromium and aluminum serve as reservoirs to replenish the oxide scale, which is essential for maintaining the coating's integrity and preventing embrittlement. Additionally, the inclusion of tantalum further strengthens oxidation resistance, making this powder ideal for overlay coatings on turbine engine components, ensuring extended performance and longevity even in demanding operating environments.
Nominal Chemistry |
Ni 23Co 20Cr 8.5Al 4Ta 0.6Y |
Nom. Particle Size Distr.(µm) |
-38 +5 |
Morphology |
Spheroidal |
Max. Service Temperature (°C) |
1050 |
Ni 23Co 20Cr 8.5Al 4Ta 0.6Y Powder is extensively utilized in these industries for its superior thermal spray coating capabilities, providing robust performance and long-lasting protection.
Our Ni 23Co 20Cr 8.5Al 4Ta 0.6Y Powder is meticulously managed during storage and transportation to ensure it remains in pristine condition.
Q1: What are the primary advantages of using Ni 23Co 20Cr 8.5Al 4Ta 0.6Y Powder in thermal spray coatings?
A1: Ni 23Co 20Cr 8.5Al 4Ta 0.6Y Powder provides outstanding resistance to high-temperature oxidation and hot corrosion, ensuring extended service life and reliability of coated components in aerospace and power generation sectors.
Q2: How do tantalum and yttrium enhance the performance of Ni 23Co 20Cr 8.5Al 4Ta 0.6Y Powder coatings?
A2: Tantalum improves high-temperature oxidation resistance, while yttrium enhances the adhesion and spallation resistance of the oxide scale, crucial for maintaining coating integrity under extreme conditions.
Q3: Which industries commonly utilize Ni 23Co 20Cr 8.5Al 4Ta 0.6Y Powder?
A3: This powder is widely used in the aerospace industry for turbine engine components and in the power generation industry for gas turbines, where protection against oxidation and corrosion is vital for optimal performance and longevity.