Factory OEM Transmission Gears for Auto Parts

The manufacturing process of powder metallurgy gears
Powder metallurgy gears are made by using advanced material manufacturing technology, mixing metal material powders in a certain proportion, pressing them into shape, and then sintering them under high temperature, high pressure, and inert atmosphere. Finally, precision gear parts are manufactured through processes such as heat treatment, turning, and grinding. Compared to traditional casting and machining processes, powder metallurgy manufacturing of precision gears has higher production efficiency, lower cost, and lower energy consumption.
2, The advantages of powder metallurgy gears
1. High precision: The manufacturing accuracy of powder metallurgy gears can reach ISO/DIN6 level or above, far higher than the accuracy achieved by ordinary gear transmission, which is conducive to improving the accuracy and stability of traditional machines.
2. High strength: Due to the dense microstructure formed by multiple processes such as compression, sintering, and treatment of materials, the strength of powder metallurgy gears is higher than that of ordinary gears of the same specification, and can be used for high load and high speed transmission systems.
3. Low cost: The manufacturing cost of powder metallurgy gears is low, mainly manifested in material costs, labor costs, and energy costs. It can also achieve small batch, multi variety, and rapid adjustment of production, and can flexibly meet different order needs.