Inert Gas Protection Equipment

On the basis of conventional equipment, inert gas (nitrogen, argon, carbon dioxide, etc.) is used as a protective medium for the characteristics of flammable, explosive and oxidizable materials. It is recycled to ensure production safety and material safety. It is developed based on the company's unique powder engineering technology experience and is widely used in ultra-fine grinding and fine classification of metal powders, magnetic materials, battery materials and other materials.

1. It integrates crushing and grading, and timely graded and extracted qualified fine powder to avoid over-crushing.

2. The particle size distribution of the material is narrow, and the product fineness is infinitely adjustable within the range of 2~100um.

3. Inert gas is used as the protective medium, which is safe and reliable.

4. The system operates in a closed circuit, and the inert gas is recycled, with low operating costs.

5. Fully sealed system, no dust pollution, and excellent operating environment.

6. Temperature, pressure, oxygen content online monitoring, remote control, safe and stable.

7. PLC on-site operation, DCS remote central integrated control, high degree of automation.

8. Lined with non-metallic materials for full protection, it can realize the ultra-pure production of new energy materials and electronic materials.

This machine has a wide range of applications and is mainly used for the ultra-fine preparation of flammable, explosive and oxidizable materials. It can also be used for the crushing and grading of ultra-low moisture materials with strict requirements on moisture.

1. Metal powder, spherical atomized aluminum powder, tin powder, magnesium powder, base iron powder, carbonyl nickel powder, nickel oxide powder.

2. Magnetic materials, neodymium iron boron.

3. Chemical materials, rubber additives, sulfur, aluminum hypophosphite, polymer materials, catalysts, polycarbosilane.

4. Metal silicon, silicon dioxide.

5. New energy materials, lithium hydroxide, lithium iron phosphate, ternary composite materials, sodium layered oxide, lithium cobalt oxide, carbon microspheres, iron phosphate.

6. Western medicine, pharmaceutical intermediates.