Which raw materials are used to produce powder metallurgy structural parts? Iron-based powder metallurgy manufacturers tell you that powder metallurgy structural parts are very common in the fields of automobiles, motorcycles and machinery. Even notebook accessories have pinions. It can be seen that powder metallurgy technology has penetrated into many aspects of our lives and brought great convenience to our lives. Of course, Iron-based powder metallurgy manufacturers tell you that powder metallurgy structural parts are only one of the more common structural parts in the entire powder metallurgy field, such as household appliances, digital electronics, optical fiber communications and medical fields. Today, Iron-based powder metallurgy manufacturers mainly introduce the raw materials of powder metallurgy structural parts.

Which raw materials are used to produce powder metallurgy structural parts:
1. Powder metallurgy high temperature materials
Iron-based powder metallurgy manufacturers tell you about powder metallurgy superalloys, refractory metals and alloys, cermets, dispersion-strengthened and fiber-reinforced materials, etc. Used to manufacture turbine discs, nozzles, blades and other high temperature resistant parts.
2. Powder metallurgy electrical materials
Iron-based powder metallurgy manufacturers tell you that in electrical materials and electrical materials, there are powder metallurgy materials made of precious metals such as gold, silver and platinum, and silver and copper as the matrix, with tungsten, nickel, iron, tungsten carbide and Powder metallurgy material made of graphite. Tungsten copper, tungsten nickel copper and other powder metallurgy materials. Used as an electrode; metal-graphite powder metallurgy materials are used as brushes; powder metallurgy materials such as molybdenum, tantalum and tungsten are used as electric heating alloys and thermocouples.
3. Powder metallurgy mold materials
Iron-based powder metallurgy manufacturers tell you, including cemented carbide, powder metallurgy high-speed steel and so on. The latter has uniform structure, fine grains, no segregation, better toughness and wear resistance than fused-cast high-speed steel, small heat treatment deformation, and long service life. It can be used to make blanks for cutting tools, molds and parts.
Iron-based powder metallurgy manufacturers tell you that each material has different characteristics and different applicable fields. For example, the automotive industry requires alloy steel and other wear-resistant, corrosion-resistant, and long-life gears.