Powdered Metal

Powdered metal components offer a cost-effective alternative to other metal-formed components.

Powdered Metal

Key advantages are making powder metallurgy a number one choice for leading manufacturers worldwide looking for lower costs, improved quality, increased productivity and greater design flexibility.

  • Diversity and flexibility of material properties available to increase performance and reduce machining
  • Converting to powder metallurgy from cast or machined components can save as much as 40 percent
  • Improves productivity – eliminates or minimizes machining
  • High raw material utilization (close to 100%)
  • Reduces energy consumption
  • Enables rapid and low-cost mass production
  • Offers unmatched design flexibility – simple cylinder to multi-level component
  • High dimensional accuracy
  • Good surface finish
  • Durability of dies and tooling – high volumes can be produced at high speeds
  • Materials can be heat-treated for increased strength or increased wear-resistance
  • Controlled porosity for self-lubrication or filtration
  • Increases strength and corrosion resistance
  • Environmentally friendly – saves natural resources through recycling, conserves raw materials and manufacturing process yields low emissions
  • With powered metal, even "impossible" material combinations – like graded structures or composite metals – are possible
Contact Stork Kelch to learn about the cost savings of the powdered metal process.

Powdered Metal

GKN Sinter Metals

GKN Sinter Metals, a wholly owned subsidiary of GKN plc, is the world's leading producer of precision powdered metal components.

With more than 30 manufacturing facilities around the world, GKN Sinter Metals supplies a full range of production processes and press tonnage ranging from five tons to over 2,500 tons.

  • World's largest compacting press
  • Innovative assembly capabilities
  • High and low temperature sintering lines
  • Comprehensive, dedicated machining centers
  • Automated and flexible manufacturing cells

Visit our principal's Web site.