A powder metallurgy sintering furnace is mainly used for sintering iron-based, copper-based, and other related pressed powder metallurgy products.
The powder metallurgy sintering process involves mixing the required base powders and alloy powders, filling them into a mold cavity of the desired shape, pressing them into a compact, and sintering them in a protective atmosphere. During sintering, metallurgical bonding forms between the powder particles. After subsequent processing, the final product is obtained.
Iron-based powder metallurgy structural parts are manufactured using iron powder as the primary raw material.
The manufacturing process of iron-based powder metallurgy parts includes mixing, pressing, and sintering. Powders are classified into specific particle-size ranges and mixed according to the application and desired composition ratio. During mixing, all required powders are blended mechanically to form a homogeneous mixture. After pressing the powder in a mold, the compact is placed into a high-strength, high-temperature sintering furnace for sintering, and the final product is formed.
This is the manufacturing process of iron-based powder metallurgy components, shared by a powder metallurgy sintering furnace manufacturer. We hope it is helpful to you.