85Cu 8.5Al 1Fe 5Polyester Powder from Stanford Advanced Materials is a specialized powder material combining pre-alloyed aluminum bronze with polyester, designed for producing abradable coatings in aerospace and industrial turbine applications, offering enhanced erosion resistance and macrohardness.
Related Products: Nano Copper Nickel Alloy Spherical Powder, Nano Copper Zinc Alloy Powder
85Cu 8.5Al 1Fe 5Polyester Powder from Stanford Advanced Materials is a specialized powder material combining pre-alloyed aluminum bronze with polyester, designed for producing abradable coatings in aerospace and industrial turbine applications, offering enhanced erosion resistance and macrohardness.
Related Products: Nano Copper Nickel Alloy Spherical Powder, Nano Copper Zinc Alloy Powder
85Cu 8.5Al 1Fe 5Polyester Powder blends pre-alloyed aluminum bronze with a specially developed polyester, engineered for abradable coatings in aerospace and industrial turbine applications. These coatings are specifically designed to manage clearance in seal areas, reducing wear on rotating parts and enhancing gas path efficiency. The addition of polyester improves the coating's erosion resistance and microhardness, making it essential for environments that experience operational surges and marine corrosion challenges.
Nominal Chemistry |
85Cu 8.5Al 1Fe 5Polyester |
Nom. Particle Size Distr.(µm) |
-125 +11 |
Morphology |
Irregular |
Max. Service Temperature (°C) |
650 |
Our 85Cu 8.5Al 1Fe 5Polyester Powder is meticulously handled during storage and transportation to maintain the quality of the product in its original condition.
Q1: How are coatings applied using 85Cu 8.5Al 1Fe 5Polyester Powder?
A1: Coatings are typically applied using thermal spray techniques such as atmospheric plasma spray (APS) or combustion powder Thermospray, achieving the desired thickness and performance characteristics.
Q2: What are the advantages of using 85Cu 8.5Al 1Fe 5Polyester Powder over other materials?
A2: This powder offers superior erosion resistance, microhardness, and corrosion protection compared to conventional materials, making it ideal for demanding turbine applications.
Q3: How do you ensure optimal performance of coatings made with 85Cu 8.5Al 1Fe 5Polyester Powder?
A3: Proper surface preparation and application techniques are essential to achieve optimal performance, ensuring the coatings effectively control clearance and enhance turbine efficiency.