Pharmaceutical Food-Specific Ultr
High-Efficiency Energy-Saving Air
High-temperature energy-saving ai
Inert Gas Protected Air Mill
High-efficiency and energy-saving
Fluidized Bed Airflow Milling and
Working Principle
Utilizing the high-speed ultra-fine pulverization principle, developed for the specific requirements of battery graphite pulverization. Capable of ultra-fine pulverizing battery materials or other materials with specific morphological requirements. After impact pulverization, the material undergoes spheroidization treatment to reduce sharp edges and enhance sphericity, thereby controlling the morphology to meet both the morphological and particle size requirements of the material.
Features
1. The unique shaping design of the equipment enhances the sphericity of materials, achieving a finished product rate of over 80-90%.
2. Narrow particle size distribution, high compacted density.
3. Low energy consumption, strong crushing capability, and a stable equipment system.
4. Lining materials for the equipment can be selected from options such as stainless steel, ceramic (alumina), zirconia, nylon, food-grade rubber, or polyurethane, with special customization available as required.
5. Strong mechanical stability: capable of continuous, 24/7 production without downtime.
6. Vacuum production, free of dust pollution, with an excellent environment.
High degree of automation, strong stability, and easy operation.
Application Fields
Specifically designed for graphite, diamond, carbides, nitrides, silicon carbide, mica, wollastonite, and battery anode/cathode materials.
Technical Specifications
Process Solutions
1. Feed Unit 2. Impurity Removal Device 3. DWZX Shaping Machine 4. DWZX Grading Machine 5. Cyclone Collector 6. Dust Collector 7. Attracting Device
Application Case
