Copper powder transforms sintered metal y metal injection molding (MIM) into powerful manufacturing tools. Its unique qualities create strong, precise parts for countless industries. In this article, we’ll look at the chemical composition, benefits, applications and standards from a variety of perspectives.

What Is Copper Powder?

It consists of fine copper particles, manufactured by atomization or electrolysis. These particles have excellent electrical conductivity and ductility. In sintered metals and MIM, it forms complex and durable parts. Its versatility makes it a necessity in today’s industry.

Copper Powder-P3

Composición química

ElementoCuOSFePb
PorcentajeMin. 99.9%Máx. 0,05%Max. 0.005%

Ventajas

Dissipates heat quickly and is perfect for radiators.

It carries current well, ideal for connectors and switches.

Its ductility allows complex designs without breaking.

Costs are lower than many metals, so there are savings to be made.

You can recycle it, supporting green manufacturing.

Qué hacemos

Con una década de experiencia en el sector, podemos proporcionar piezas metálicas sinterizadas personalizadas especializadas, piezas MIM y piezas CNC. Haga clic en el botón de abajo para ponerse en contacto con nosotros para un PRESUPUESTO GRATIS.

Aplicaciones

  • Copper powder powers innovation in a wide range of industries. Here are some of its applications in metales sinterizados y MIM.
  • Automotive: For durable bearings, bushings and electrical parts.
  • Electronics: Copper powder makes reliable circuit components and connectors.
  • Aerospace: It molds lightweight, tough components such as turbine blades.
  • Medical: Its antimicrobial properties are used in tools and implants.

Standards for Copper Powder

  • ASTM B417: Sets rules for copper powder in powder metallurgy.
  • ISO 4497: Measures particle size for reliable performance.
  • Norma MPIF 35: Defines properties for top-quality copper powder.

Copper Powder in Sintered Metal and MIM

Sintered metals and MIM rely on copper powder for accuracy. During the sintering process, it is heated and melted into a solid shape. Metal Injection Molding mixes it with a binder, molds it, and then sinter it into complex parts. Both methods benefit from its strength and flexibility. This makes it the preferred choice for advanced production.

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