Iron-based powders are the most common powder metallurgy material family. They provide good strength, wear resistance and cost efficiency for gears, structural parts and many components.
Iron-based powder metallurgy is widely used for structural parts, gears and sintered components. The material is typically blended with alloying elements such as copper, nickel or carbon to achieve required strength and hardness. Because the process is near-net-shape, iron-based PM parts are economical in high volumes.
Powder metallurgy process steps available for parts in this material family.
Sintered gears are powder metallurgy components pressed and sintered to near-net shape. The process suits high-volume production of repeatable gear geometries in iron-, copper- and stainless-steel-based powders, for automotive, power tool, office equipment and smart home drive trains.
View details →Structural powder metallurgy parts are high-strength components pressed and sintered to near-net shape. They include housings, brackets, levers, chassis structures and lock mechanisms produced in volume with consistent dimensions.
View details →Custom powder metal parts are manufactured from customer drawings through tooling design, powder compaction and sintering, with sample confirmation before series production. The process fits iron-based, copper-based and stainless-steel-based components.
View details →Specific grades, densities and property data for this material family.
Material property data and grade selection depend on the application. Share your drawing, load and environment requirements and our engineering team will recommend a suitable powder grade.
Company states production of iron-based high-strength structural parts and bearings (legacy 关于越鸿 copy). Specific grades and property data require engineering confirmation.
Tell us your application, load and environment requirements. Our engineering team will recommend a suitable powder grade for your part.