Key benefits temperature resistance: maintains structural integrity and performance under elevated temperatures, promoting longer service life in heatintensive processes. Oxidation resistance: strong antioxidant properties reduce degradation in challenging chemical environments. Good plasticity: easy to form and mold into needed shapes for fixtures, carriers, or components. Alkali resistance: resistant to alkaline media and equipment, helping prevent corrosion in alkaline processing systems. Versatile applications: suitable for electroplating and catalyst related uses, and for production of permanent magnetic materials. Material and performance notes Designed for applications that demand thermal stability, oxidation resistance, and compatibility with plating, catalytic, and magnet production workflows. Provides reliable performance in environments involving temperature, oxidative exposure, and alkali conditions. Typical use scenarios Electroplating processes: components and tooling subject to temperature baths and oxidative environments benefit from improved durability and stability. Catalysis systems: serves as a catalyst support or carrier in reactors where material stability under reactive conditions is important. Alkali equipment and magnet manufacturing: parts exposed to alkaline media and processes for producing permanent magnets benefit from alkali resistance and structural reliability.