First, place the material to be sintered into the furnace. Use a vacuum pump to extract the air inside the furnace to create a vacuum environment. Then, use resistance heating, induction heating or other methods to raise the temperature inside the furnace, bringing the material to the required high-temperature state. At high temperatures, chemical reactions and crystallization occur between the material particles to achieve sintering. After sintering is completed, the cooling system cools the material inside the furnace to room temperature.
2. Product Applications
Applied in industries such as vacuum sintering powder metallurgy, refractory metals and magnetic materials for cemented carbides, stainless steel forming, stainless steel fibers, magnetic materials and ceramic materials.
Can perform dewaxing and sintering on superhard alloys (such as iron-nickel alloy borides, carbides, nitrides, silicides), tungsten, molybdenum, tantalum, niobium and rare earth permanent magnet materials.
3. Application Fields
Widely used in aerospace, automobile manufacturing, electronics, medical and other fields. It is used for firing and surface treatment of new materials, special metals and alloys, such as sintering processing of turbine blades, spacecraft structural parts, engine components, semiconductor materials, magnetic components and artificial joints.