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Products
- CR Series Impact Mill
- AB series jet mill
- AF Series Air Classifier
- CXM Series Roller Mill
- RM Series Raymond Mill
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- LM Series Vertical Mill
- JHM Series Ball Mill
- Trinity Trial Machine
- Mixing Machine
- Inert Gas Protection Equipment
- Waste Tire Cracking Carbon Black Equipment
China AB Series Jet Mill: Ultra-Fine Dry Crushing Equipment from Leading Suppliers and Factory
Widely used in chemical industry, medicine, pesticides, paraffin, rosin, APP, food additives, resin, foaming agent, ceramic glaze.
Metal powder, copper oxide, nickel carbonyl powder, tantalum powder, cobalt powder, metal magnesium, neodymium iron boron, electrolytic manganese dioxide.
Abrasives, boron carbide, silicon carbide, white corundum, garnet, flint clay, alumina, rare earth materials, metallic silicon, zirconia.
Non-metallic minerals, talc, mica, quartz, sepiolite, wollastonite.
Battery positive and negative electrode materials, medium and low temperature asphalt, graphite materials, carbon nanotubes, capacitive carbon, lithium iron phosphate, ternary composite materials, sodium electric hard carbon, sodium electric metal oxide.
Ultra-fine crushing of various dry powder materials.
Which industries can utilize this ultra-fine crushing technology?
This technology is widely implemented across diverse sectors including chemical processing, pharmaceuticals, battery material production, non-metallic mineral refinement, and metallurgy.
Can this equipment process highly abrasive materials like silicon carbide?
Yes, it is highly optimized for processing hard and abrasive materials such as boron carbide, silicon carbide, white corundum, zirconia, and metallic silicon.
Is it suitable for battery electrode materials?
Absolutely. It is designed to crush battery positive and negative electrode materials, including lithium iron phosphate, ternary composite materials, and sodium electric hard carbon.
What types of non-metallic minerals can be milled?
It efficiently processes various non-metallic minerals such as talc, mica, quartz, sepiolite, and wollastonite into ultra-fine powders.
Does this technology support food and pharmaceutical grade processing?
Yes, the system is suitable for processing food additives, medicine, and pesticides, ensuring compliance with strict material purity and safety standards.