Tongcheng uses in-house atomization technology and can adjust powder production around alloy composition, particle-size distribution, particle condition and sintering requirements.
Engineering focus: Combined water-gas atomization
Review the material, particle-size, process and validation factors that matter for this application.
Atomization media and process parameters affect particle size and surface state.
In-house powder production supports standard products and custom projects.
After atomization, powder processing is still required to form the distribution required by the customer.
How to make powder using combined water-gas atomization
The molten alloy is dispersed, cooled and solidified into metal powder under the action of atomized media, and then enters the collection, sieving and classification process. Process parameters affect particle size, distribution and surface condition.
Customization enabled by in-house powder production
The in-house atomization capability allows Tongcheng to adjust the alloy formulation, atomization parameters and target particle size in a coordinated manner, and conduct trial production verification for standard products and customized materials.
For MIM and powder metallurgy
Based on feedstock flow, mold cavity filling, press filling, sintering activity and shrinkage requirements, the engineering team further screens, mixes and optimizes the powder.
Discuss your powder project
Share the process step, operating conditions and part result you want to improve.
- Focused manufacturing links and target powder status
- Target alloy, particle size and forming, sintering process
- Existing powder data and production windows
- Problems to be solved and estimated purchase volume
Technical references for this page
These references explain materials, processes or test methods. Third-party product data does not represent Tongcheng product specifications.