Powder metallurgy materials refer to materials made from several metal powders or metal and non-metal powders through processes such as mixing, pressing, sintering, and necessary subsequent processing.

Powder metallurgy is a process that is used to create metal and their alloys by combining powdered metals and forming them into desired shapes. There are many powder metallurgy factories that use this process to create custom metal components for a variety of industries.

2023 ITES Shenzhen Industrial Exhibition will open with six themes; The curtain of the 2023 ITES Shenzhen Industrial Exhibition will open, with six themes interpreting the tenacity of the manufacturing industry, anchoring the breakthrough in the changing situation, and moving forward to a new high-quality development future.

Metal injection molding parts can be used for a variety of applications. Some common applications for MIM parts include automotive engine and transmission parts, components for medical and sporting goods, and aerospace and defense components.

To save costs while ensuring quality, more and more aviation designers are turning to MIM technology. More than 49,000 aircraft are expected to be produced worldwide by 2026, and MIM can support the huge component demand.

1, functional requirements: the design of precision equipment parts should first meet its functional requirements. 2, reliability requirements: in order to make precision equipment parts in a certain time and under certain conditions of use effectively to achieve the expected function, it requires its work safe and reliable, convenient operation and maintenance.

Machined products. The product has high precision and good surface finish. It’s more expensive,Precision casting products. The precision of the product is half, and the surface is rough. Part of the dimensional accuracy usually needs to cooperate with machining to achieve, the overall price is relatively low.

MIM powder metallurgy technology is a kind of mechanical structure parts manufacturing technology which can manufacture complex shape parts, save material, energy and labor. It has been recognized as a green and sustainable manufacturing technology in the industry.

Sintering is the last step in the MIM process. Sintering eliminates voids between the powder particles, making the MIM product fully densified or nearly fully densified.