• undefined

Water-gas combined process

The water-gas combined powder-making process mainly involves using the combined action of high-speed water flow and airflow to break up molten metal into fine droplets. These droplets rapidly cool and solidify during flight, ultimately forming powder.

Classification:

Product Details

In recent years, with the widespread application of alloy powders in many technical engineering fields such as automobiles, home appliances, and aerospace, atomization methods have shown advantages such as high alloying degree, uniform composition, high production efficiency, low cost, and no pollution. The alloy powders produced by this method have an irregular microstructure, low oxygen content, good formability, and stable process performance.

Water-gas combined atomization, through the filter and adsorber of the water circulation system, greatly reduces the circulation process of circulating water and significantly improves production efficiency, becoming an important method for preparing high-performance alloy powders.

The water-gas combined powder-making process mainly involves using the combined action of high-speed water flow and airflow to break the liquid metal into fine droplets. These droplets rapidly cool and solidify during flight, ultimately forming powder. This process combines the kinetic energy of water flow and airflow. Through specific nozzle design, the liquid metal is pulverized into tiny particles under the action of high-speed water flow and airflow. This powder-making method has received widespread attention and application in the field of powder metallurgy due to its high efficiency and precise control of particle size.

Similar products


Product online inquiry

Note: Please be sure to fill in the information accurately and maintain smooth communication. We will contact you as soon as possible