Find metal powder including metal powder products, metal powder parts and more. Use the time-saving Request for Quote tool to submit your inquiry to all the metal powder suppliers and manufacturers you select.
At SMC Powder Metallurgy, our equipment and tooling capabilities and secondary finishing operations underscore the mission of SMC Powder Metallurgy—to be a world-class supplier of powder metal products to diverse end-use industries worldwide. We are TS 16949 certified.
Our powdered metal services have been around for 6 decades. Innovative Sintered Metals produces powdered metal parts from stainless steel, iron and brass. Our powdered metal knowledge &
sintered metal expertise result in the best powder metal parts available. ISO 9001:2000 certified.
APP uses MIM and P/S to manufacture metal components. We develop your component and directly transfer it to manufacturing. ISO9001-2000 certified and an approved supplier for OEM medical, electronic, and industrial clients. Unique capability in micro components and alloy development.
TPI Powder Metallurgy has dedicated itself to providing the best, most efficient powdered metal production & processing by working through each customer’s specific needs. Our design team begins with compacted & sintered metals to manufacture custom tooling, fixtures, gauges & other powdered parts.
Advantage Sintered Metals is ready to meet your metal parts requirements with cost-effective powdered metal brazing & sintering. With material capacities including bronze, iron, steel, copper & various alloys, Advantage also offers heat-treatment, machining, plating & assembly services at low prices!
Award-winning powdered metal parts manufacturer Precision Powdered Metal Parts specializes in precision complex components & full service parts design & engineering. Iron, bronze, steel, silver & more – our customers continually save 50% or more with our expert powdered metal parts manufacturing.
Metal powder is used in the powder metallurgy process to make solid metal products. During this process, the solid metal material is reduced to individual particles, or powder, through one of many processes. Metal powder can be made from many different materials, including aluminum, copper, bronze, nickel, brass, steel, stainless steel, nickel, and titanium.
Some of the most common methods used to create metal powder include atomization, chemical precipitation, centrifugal disintegration, and hydrogen reduction. The process of atomization, by far the most common, separates molten, liquid metal into small beads that are frozen into a solid form. After the metal is in powder form, it continues to the next steps of the powder metallurgy process.
Powder metallurgy, often abbreviated P/M, involves three basic steps. After the metal is reduced to powder, the powder is poured into a die and compacted at room temperature. The metal mass then is removed from the die and put into a furnace. This part of the process, called sintering, fuses the metal particles together without melting them. Powder metallurgy produces less waste than traditional metalworking processes.
