Which one is good for powder metallurgy precision parts manufacturing?

Which one is good for powder metallurgy precision parts manufacturing?

At present, precision parts are more pursuing complexity and high precision, and other performances are also better. The traditional processing and molding technology has been unable to meet the current high-speed development of all walks of life. The wide application of powder metallurgy processing technology shows everything. So which is better to manufacture precision parts of powder metallurgy? Next, let's follow the fine compilation of the powder metallurgy manufacturer zhongwei:

powder metallurgy

Advantages of powder metallurgy processing for precision parts:

1. Special materials can be produced

Powder metallurgy processing technology can produce new porous biological materials, porous separation membrane materials, high-performance structural ceramics and functional ceramic materials that cannot be produced by ordinary smelting technology, which also proves the existence of ultra-high value of powder metallurgy and the inevitability of the development of the times.

2. Higher product precision

Powder metallurgy processing technology can produce nanocrystalline, microcrystalline, amorphous and other balance materials with very high performance and high precision requirements. These materials have excellent performance in electrical, optical, magnetic and mechanical aspects. Therefore, powder metallurgy technology is also a process technology to solve the problem of new materials.

3. Complex parts can be mass produced

Powder metallurgy processing technology can be used to mass produce various complicated spare parts with special shapes. Mold is used for mass production, and the processing amount is small, and the production cost is low, especially for the production of various gear parts.

4. Materials can be reduced

Powder metallurgy processing technology uses molds that are very close to the final product shape in the forming process, so the product processing amount is small, and it can save materials, avoid material waste, and also reduce the production cost.

5. Waste metal as raw material

Powder metallurgy processing technology can make full use of tailings, ores, steel mill scale, steelmaking sludge, recycling waste metal, etc. as raw materials to achieve material regeneration and comprehensive utilization of new molding processing technology, which has been widely used in various fields.

Which one is better for manufacturing precision powder metallurgy parts?

Qinhuangdao zhongwei Precision is a modern high-tech enterprise focusing on the research of metal powder injection molding (mim) and metal powder metallurgy and compaction molding (p/m) and other technologies, integrating R&D, manufacturing, technical consulting and sales services. After more than ten years of development and innovation, it has constantly introduced advanced molding equipment, sintering equipment and testing equipment, and provided customers with cost-effective manufacturing solutions and technical consulting services, Now the company has provided services in the fields of automobiles, household appliances, hardware tools, electric tools, medical devices, base station communications, etc. Welcome to inquire about precision parts powder metallurgy processing.