Qihang Bida manufactures Nickel-based, Cobalt-based, Iron-based Superalloys, and precision alloys.

Qihang Bida utilizes advanced vacuum casting manufacturing for aerospace and aviation, turbine blades, turbine discs, 3D printing//Additive manufacturing, and also offering process of machining, surface finishing and post-processing.

Gas turbines operate under extreme high-temperature, high-pressure and corrosive working conditions, requiring high-performance alloys with exceptional creep resistance, thermal fatigue strength, oxidation resistance and structural stability. Qihang Bida focuses on custom vacuum casting of high-temperature alloys specifically designed for gas turbine components, addressing the core performance demands of gas turbine power generation, aerospace propulsion and marine power systems.

Qihang Bida uses several processes for high-temperature alloy automotive parts, including Vacuum Investment Casting, Superalloy 3D Printing, and Machining for precise shaping. Post-processing, ensures durability and strength. These processes are ideal for producing turbochargers, exhaust manifolds, engine components, and other parts that endure extreme temperatures in automotive applications.

Qihang Bida offers Vacuum Casting superalloy for Power Generation parts like turbine blades, nozzles, combustion chambers, impellers, and turbine discs, high-efficiency turbine components.

Qihang Bida produce superalloy for energy industry, like turbine blades and discs.
The energy industry selects superalloys for their exceptional strength, heat resistance, and corrosion protection.

Qihang Bida uses several advanced manufacturing processes for high-temperature alloy nuclear parts, including Vacuum Investment Casting for complex shapes, Superalloy Machining for high-precision components.

Qihang Bida produce superalloy for oil and gas industry, to produce components like valves and exhaust systems.

Superalloy used in powder additive manufacturing (i.e., 3D printing) mainly refer to metal materials that can maintain excellent mechanical properties, oxidation resistance and structural stability under high-temperature (usually >600℃) and stress environments. These alloys are widely applied in high-end fields such as aero-engines, gas turbines, nuclear power and chemical engineering, adapting to the complex structural manufacturing needs of core components in these industries.

CoCrMo alloys are widely used for medical prosthetic implant devices.
The alloys are especially used where high stiffness or a highly polished and extremely wear-resistant material is required.
CoCrMo alloys are the materials of choice for applications such as knee implants, metal-to-metal hip joints and dental prosthetics.