Magnetic Casting Mold

Magnetic material mold, a new type of mold that integrates high efficiency, high precision and multi-function, uses precise processing technology to create molds that meet various needs. Through precise control of the magnetic field, the mold can accurately reproduce the shape on the design drawing, ensuring product quality and stability. Our product is a green and environmentally friendly mold.

Raw Materials

Our mold raw materials mainly use stainless steel, nickel alloy and ferrite, etc. Stainless steel is known for its excellent corrosion resistance and high strength, which provides long-term stability and durability to the mold. Nickel alloys are preferred for their good high-temperature properties and anti-magnetic properties, and can perform well in high temperature and high magnetic field environments. Ferrite, as an inorganic non-metallic material with strong magnetism, has stable magnetism. In addition, raw materials also include carbon fiber reinforced plastics, glass reinforced plastics, etc. These composite materials combine the advantages of metals and non-metals, have high strength and heat resistance, and significantly reduce the weight of the mold.

 

Advantage

Products are efficient, highly accurate and repeatable. By precisely controlling the magnetic field, the mold can accurately replicate the shape on the design drawing, ensuring product quality and stability. Magnetic material molds have a long service life and can be reused, which greatly reduces production costs.

 

Fields of Application

Electronics, communication, automobile, aerospace and other fields

 

Mold products for companies

Powder metallurgy molds, magnetic material molds, inductor integrated molds, 5G filter and precision ceramic dry pressing molds, pharmaceutical molds, carbon brush molds, tungsten steel rod molds, CNC blade molds, cold heading molds, metal and ceramic injection molds, injection molds, stamping and die casting molds, lithium battery molds, semiconductor plastic packaging molds, etc.

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