Premium Stellite Alloy Products from Qihang Bida - Superior Wear & Heat Resistance

Stellite alloy is a family of cobalt-based wear-resistant and corrosion-resistant alloys developed for demanding industrial environments. These alloys typically contain cobalt as the primary element, along with chromium, tungsten, molybdenum, carbon, and other alloying elements. Stellite alloys are widely used in applications requiring excellent resistance to abrasion, erosion, galling, high temperatures, and chemical attack.
Common industries using Stellite alloys include oil & gas, power generation, mining, aerospace, chemical processing, automotive manufacturing, and metalworking.

Yes. Stellite alloys are commonly applied through welding and hardfacing processes, including:

TIG welding
MIG welding
Plasma transferred arc (PTA) welding
Laser cladding
Oxy-acetylene welding
Proper welding procedures and preheating requirements depend on the substrate material and specific Stellite grade.

Depending on the grade, Stellite alloys can maintain their mechanical properties and wear resistance at temperatures exceeding 800°C (1472°F). Certain high-temperature grades used in aerospace and turbine applications can perform effectively at even higher temperatures.

Stellite alloys offer several performance benefits:

Exceptional wear and abrasion resistance
Excellent corrosion and oxidation resistance
High hardness retention at elevated temperatures
Outstanding resistance to galling and metal-to-metal wear
Good thermal stability in harsh environments
Long service life and reduced maintenance costs
These characteristics make Stellite alloys ideal for components exposed to severe mechanical and thermal stress.

Most stellite alloys are generally non-magnetic or exhibit very low magnetic permeability in their annealed condition. However, magnetic properties can vary depending on alloy composition, manufacturing process, and service conditions.

Service life depends on the application, operating environment, and maintenance practices. In many wear-critical applications, Stellite-coated components can last several times longer than conventional steel parts, significantly reducing replacement frequency and production downtime.