This premium material is the core material of high-end high-temperature and high-pressure valves, suitable for manufacturing power plant boiler valves, chemical high-temperature valves, and nuclear auxiliary valves. It can produce core components such as valve cores, stems, bodies, and seats, and is widely used in thermal power plants, nuclear power plants, and chemical reactors. The material can operate stably under high-temperature (600°C) and high-pressure (≥10MPa) conditions, resisting corrosion from high-temperature steam and chemical media. This ensures the valve's sealing performance and service life while reducing leakage risks.

Designed for manufacturing medium-to-high temperature auxiliary components in aerospace applications, this material can produce aircraft engine support brackets, combustion chamber accessories, spacecraft propulsion system piping, and missile structural components. With exceptional high-temperature strength and corrosion resistance, it withstands the extreme temperatures and load impacts encountered during aerospace operations, ensuring flight safety and operational stability. Additionally, it enables lightweight component design, enhancing equipment maneuverability.

Designed for manufacturing high-temperature, high-strength, and corrosion-resistant components in the chemical and petroleum industries, these products include high-temperature and high-pressure reactor linings for chemical plants, high-temperature wear-resistant parts for oil drilling and production equipment, high-strength pipe fittings for oil wells, and chemical fluid transportation pipelines. Capable of withstanding corrosion from acidic/alkaline media, sulfur-containing crude oil, and high-temperature chemical intermediates, they maintain stable performance in high-temperature, high-pressure environments, extend equipment service life, and reduce safety risks in chemical production.

Capable of manufacturing high-strength transmission components and mechanical parts for medium-to-high temperature environments, including gas turbine auxiliary shafts, high-temperature gears, precision screws, and high-temperature resistant hydraulic valve cores. With exceptional strength and wear resistance, these components withstand high-intensity transmission loads and frictional wear under medium-to-high temperature conditions, ensuring stable operation of transmission systems. They enhance the efficiency and reliability of mechanical equipment, meeting the stringent demands of high-end precision machinery.