Our Fe3si MIM powder is made by water-gas combined atomization process, the powder has spherical shape and good flowability as well. The excellent conformality allows metal injection molding factories to produce highly precision products. Besides, the density of the sintered part is higher than 99%.

Our Fe2ni MIM powder is made by water-gas combined atomization process, the powder has spherical shape and good flowability as well. The excellent conformality allows metal injection molding factories to produce highly precision products. Besides, the density of the sintered part is higher than 99%.

The MFI of our Fe2ni MIM feedstock is ≥1100，The excellent conformality allows metal injection molding factories to produce highly precision products. Besides, the density of the sintered part is higher than 99%.

The MFI of our 420w MIM feedstock is ≥1100，The excellent conformality allows metal injection molding factories to produce highly precision products. Besides, the density of the sintered part is higher than 99%.

Our 420w MIM powder is made by water-gas combined atomization process, the powder has spherical shape and good flowability as well. The excellent conformality allows metal injection molding factories to produce highly precision products. Besides, the density of the sintered part is higher than 99%.

The MFI of our 4605 MIM feedstock is ≥1200，The excellent conformality allows metal injection molding factories to produce highly precision products. Besides, the density of the sintered part is higher than 99%.

Our 4605 MIM powder is made by water-gas combined atomization process, the powder has spherical shape and good flowability as well. The excellent conformality allows metal injection molding factories to produce highly precision products. Besides, the density of the sintered part is higher than 99%.

The MFI of our 440C MIM feedstock is ≥1200，The excellent conformality allows metal injection molding factories to produce highly precision products. Besides, the density of the sintered part is higher than 99%.

Our 440c MIM powder is made by water-gas combined atomization process, the powder has spherical shape and good flowability as well. The excellent conformality allows metal injection molding factories to produce highly precision products. Besides, the density of the sintered part is higher than 99%.

1.4957 MIM powder has excellent high temperature resistance and oxidation resistance. It is being used widely in the areospace, aircraft and automotive industry.

Powder injection moulding of Inconel 713C alloy was a new type of super alloy MIM powder developed by LIDE MIM POWDER. Sintered temperature: 1300°C for 3 h Density of sintered parts: 7.8g/cm³ Hardness:43.6 HRC Tensile strength:1216.9 MPa.

Our 17-4ph MIM powder is made by water-gas combined atomization process, the powder has spherical shape and good flowability as well. The excellent conformality allows metal injection molding factories to produce highly precision products. Besides, the density of the sintered part is higher than 99%. It has corrosion-resistant property, excellent mechanical strength. This material is widely used in medical devices, auto parts, tools and machines etc.