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SINGLE TUBE VIBRATING MILL ZM SERIES
Application Areas: Ultrafine grinding and controlled particle distribution for minerals, ceramics, battery materials, and food industries. Suitable for talc, calcite, ceramic glaze, cathode powders, and spices. Ensures precise particle size control (D97 10–45μm), low-temperature processing with water-jacketed chamber, and dust-sealed system for safe toxic material handling.
Particle Size Range
Power Consumption vs. Ball Mill
Capacity
Applicable Materials
The single tube vibrating mill is suitable for ultra-fine grinding of brittle and fibrous materials. Applicable for processing quartz, feldspar, limestone, dolomite, cement clinker, slag, and other non-flammable, non-explosive materials. It achieves particle sizes in the range of 10–45 μm with uniform product fineness.
Application Areas
Widely used in industries such as metallurgy, building materials, chemicals, mining, and ceramics. Particularly suitable for ultra-fine grinding in mineral processing, producing powders for refractory materials, cement additives, glass raw materials, and high-purity fillers.
Single Tube Vibrating Mill ZM Series
The Single Tube Vibrating Mill is a high-efficiency grinding machine that uses vibration energy to achieve ultra-fine grinding. It is capable of handling brittle and fibrous materials with particle sizes reduced to 10–45 μm. Featuring low energy consumption (30% lower compared with traditional ball mills), high grinding efficiency, and easy maintenance, it is suitable for industries including metallurgy, building materials, chemicals, mining, and ceramics. The product design ensures uniform fineness and stable operation, making it ideal for producing fine powders such as quartz, feldspar, limestone, cement clinker, and slag.
Product Advantage
The rotary vibrating screen is an efficient screening device that uses three-dimensional elliptical vibration technology to quickly and effectively grade and screen various materials. Its simple design makes it easy to maintain, and it is widely applicable in industries such as chemicals, food, ceramics, and metallurgy. The device not only has strong screening capability but also offers a 30% energy efficiency improvement, significantly reducing power consumption. The anti-blinding design and automatic clearing system ensure efficient and stable operation, preventing mesh blockage issues that are common with traditional screens, thus greatly improving operational efficiency. Additionally, the device supports both wet and dry material screening, catering to various screening requirements in different working environments.
Working Principle
