What is the price of powder metallurgy parts?

What is the price of powder metallurgy parts?

Powder metallurgy parts are made of metal powder or metal powder as raw materials, through forming and sintering, to manufacture metal materials, composite materials and various products. Similar to the production of ceramics, it belongs to powder sintering, so it can also be used for the preparation of ceramic materials. What is the price of powder metallurgy parts? How to calculate it? Let's talk about it in detail:

Powder metallurgy parts

Powder metallurgy parts can be divided into iron, ferroalloy, copper and stainless steel according to materials. Customers choose different materials according to the use environment, strength, performance and hardness requirements of the parts.

1. The price of ordinary iron materials, or carbon steel, is 15000-30000 yuan per ton according to the size of the product. The application scope includes shaft sleeve, pulley, spline, oil bearing, etc.

2. Ferroalloys are more widely used, and most parts with strength and hardness requirements need to add alloy components. Such as gear, ratchet, automobile shock absorber accessories, compressor accessories, etc. The price of ferroalloy is 25,000-50,000 yuan/ton, which should also be appropriately fluctuated according to the weight, tolerance and complex structure of the product.

3. Powder metallurgy copper material is mainly tin bronze, which is used in sliding shaft sleeve or oil bearing, and the price is 90000-130000 yuan/ton.

4. Raw materials of powder metallurgy stainless steel can be divided into 304, 316, 410, 430 and 434 series. Stainless steel parts shall be used in accessories with high requirements for the use environment, such as locks, mixers, kitchen appliances, etc. The price is generally 85000-130000 yuan per ton.

Powder metallurgy parts have been widely used in automobiles, ships, mobile phones, laptops, home appliances, hardware tools, medical devices, aviation and other fields, which is also the trend of future development. In the case of mass production and meeting the use of powder metallurgy parts, the cost of powder metallurgy can be reduced by simplifying the structure of powder metallurgy parts as much as possible.