Performance Advantages

· Oxidation Resistance: Capable of long-term service at 1150°C and short-term exposure up to 1250°C, with an oxidation rate below 0.1 g/(m²·h) (tested at 1100°C for 1000 hours).
· Carburization Resistance: With a carbon content ≤0.15%, it reduces carburization depth by over 50% in CO/CH₄ atmospheres compared to conventional alloys.
· High-Temperature Strength: Exhibits a rupture strength ≥60 MPa at 1000°C (1000-hour test), outperforming similar alloys in creep resistance.

Application Scenarios Widely used in chemical pyrolysis furnaces,heat treatment equipment, energy systems, and aerospace components. It is particularly suitable for industrial equipment operating in corrosive atmospheres containing Cl⁻ or F⁻ ions (e.g., waste incinerators) and in carburizing environments.