Select the products you want to compare
No relevant content
Your privacy is very important for us. When you visit our website, please agree to the use of all cookies. For more information about the processing of personal data, please go to Privacy Policy.
Utilizing hydrogen penetration to cause alloy lattice expansion and embrittlement, low-stress cleavage fracture is achieved. This process significantly reduces powder particle size (D50 can reach the micron level), with a narrow and uniform particle size distribution, low oxygen increment, high powder purity, and excellent flowability. Compared to mechanical crushing, hydrogen decrepitation greatly reduces energy consumption, minimizes metal loss, shortens the process, and provides a high-quality powder foundation for subsequent forming and sintering. It is a key process in the preparation of high-performance rare earth permanent magnets and other materials.
The key to precisely shaping the powder body. Relying on high-rigidity structure and closed-loop servo control, precise pressure and stable stroke are achieved. The combination of high-precision molds and intelligent pressing curves ensures strict dimensional tolerances and uniform density of green compacts. Automation integration enables high-speed continuous production, with online quality monitoring instantly eliminating defects. Providing geometrically accurate, structurally dense, and highly consistent green compacts for subsequent sintering is the core equipment ensuring high product performance and mass manufacturing.
No relevant content