Sintering heats a powder compact to just below its melting point so that particles bond through diffusion, giving the part strength and structural integrity. It is the key step that turns a pressed powder part into a usable component.
In-process controls applied to this capability. Specific acceptance criteria are defined from the customer specification.
Sintered bushings and oil-impregnated bearings are pressed from metal powder and sintered with a controlled porous structure that can hold lubricating oil. They provide a self-lubricating, cost-efficient bearing solution for high-volume rotating and sliding applications.
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 →General powder metallurgy reference. Furnace type and sintering capability require engineering confirmation.
Describe the geometry, material and volume you have in mind. Our engineering team will recommend the right process route and review feasibility.