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2ZM MULTI-TUBE VIBRATING MILL SERIES
Application Areas: High-efficiency vibrating mill designed for fine grinding to 80–104 μm. High-frequency 3D vibration drives media for intensive impact & friction, delivering 2–5× the throughput of rotary mills with ~30% lower power, and controlled low-heat grinding (<45 °C). Available in 3-tube/4-tube configurations for different process flows and materials.
Final Product Size
Throughput vs. Rotary Mills
Power Consumption
Applicable Materials
For brittle to medium-hard materials requiring fine grinding to 80–104 μm. Typical feeds: limestone, quartz/silica, bauxite/alumina, feldspar, talc, calcium carbonate, battery cathode/anode precursors, metal powders, ceramic glaze frits, sugar, etc. Low-heat grinding (<45 °C) protects temperature-sensitive materials.
Application Areas
Widely used in minerals processing, battery materials, ceramics, chemicals and food. Typical uses: secondary/tertiary grinding of limestone & quartz; refinement of cathode precursors; glaze homogenization; sugar micronization; additive preparation. Delivers 2–5× throughput vs. rotary mills with ~30% lower power.
2ZM Multi-Tube Vibrating Mill
A high-efficiency vibrating mill engineered for fine grinding to 80–104 μm. High-frequency 3D vibration drives grinding media to deliver 2–5× the throughput of rotary mills with ~30% lower power and controlled low-heat grinding (<45 °C). Configurable in 3-tube/4-tube layouts to match different flows and materials. Typical uses: secondary/tertiary grinding of limestone & quartz, cathode-precursor refinement, ceramic glaze homogenization, and sugar micronization across minerals, battery materials, ceramics, chemicals and food.
Product Advantage
The 2ZM Multi-Tube Vibrating Mill delivers high-efficiency fine grinding to 80–104 μm. It uses high-frequency 3D vibration to drive the media for intense impact and friction, achieving 2–5× higher throughput than rotary mills while reducing heat generation—ideal for temperature-sensitive materials. Power consumption is about 30% lower. Modular 3-tube/4-tube configurations support custom workflows and continuous coarse-to-fine grinding, while maintaining material properties below 45 °C.
Working Principle
