Water atomization pulverizing equipment refers to high-pressure water atomization pulverizing technology and process equipment, which uses high-pressure water to spray molten metal through annular spraying disc, through impact tearing and other links, to form metal powder. The technology of powder preparation is advanced, the powder morphology and particle size can be controlled, and the oxygen content of powder is low.

Water atomization pulverizing equipment refers to high-pressure water atomization pulverizing technology and process equipment, which uses high-pressure water to spray molten metal through annular spraying disc, through impact tearing and other links, to form metal powder. The technology of powder preparation is advanced, the powder morphology and particle size can be controlled, and the oxygen content of powder is low.

Water atomization pulverizing equipment refers to high-pressure water atomization pulverizing technology and process equipment, which uses high-pressure water to spray molten metal through annular spraying disc, through impact tearing and other links, to form metal powder. The technology of powder preparation is advanced, the powder morphology and particle size can be controlled, and the oxygen content of powder is low.

Water atomization pulverizing equipment refers to high-pressure water atomization pulverizing technology and process equipment, which uses high-pressure water to spray molten metal through annular spraying disc, through impact tearing and other links, to form metal powder. The technology of powder preparation is advanced, the powder morphology and particle size can be controlled, and the oxygen content of powder is low.

Water atomization pulverizing equipment refers to high-pressure water atomization pulverizing technology and process equipment, which uses high-pressure water to spray molten metal through annular spraying disc, through impact tearing and other links, to form metal powder. The technology of powder preparation is advanced, the powder morphology and particle size can be controlled, and the oxygen content of powder is low.