What kind of products is suitable for making powder metallurgy?

 Powder metallurgy is a process technology for preparing metal powder or using metal powder (or a mixture of metal powder and non-metal powder) as raw material, after pressing, sintering, and post-processing, to manufacture metal materials, composite materials, and various types of products.

So, what type of products is powder metallurgy technology suitable for? Based on its own experience in powder metallurgy technology and industry, Dewin recommends the following two types of products that are most suitable for powder metallurgy manufacturing.

The first is a product with a simple structure. Since the powder metallurgy process is manufactured through molds, it is more suitable for the production of parts with fewer layers in the product structure and strong shape symmetry, such as oil pump rotors, valve guides, gears, etc. used in the automobile manufacturing industry. It is made by powder metallurgy technology.

The second is for products that require high-volume manufacturing. For the production of large-size parts using powder metallurgy technology, the MOQ is usually more than 5,000 pieces, and the MOQ for smaller-size parts is usually more than 10,000 pieces. This is because the size of powder metallurgy parts is determined by the mold. Provided, its significant advantages are high production efficiency, fast production speed, good product consistency, which can effectively reduce production resources and energy consumption, low production cost, but correspondingly, the mold cost will be relatively high, if the number of products If the mold cost is evenly distributed to the unit price of the product, it will be very high, so there is a higher requirement for the minimum order quantity of the product.

If you need to manufacture products that meet the above two types, the powder metallurgy technology owned by Dewin will surely win your favor with extremely high manufacturing efficiency and extremely low manufacturing cost.

Trust Dewin and enter into powder metallurgy.