Turnkey Project Solutions

Vertical Stirred Mill

Request a Quote

Vertical Stirred Mill

Vertical stirred mills, also known as tower mills, are advanced grinding machines that process both metallic and non-metallic ores. They are excellent at grinding fine and ultra-fine materials, which makes them an essential tool in the mineral processing industry. These mills were initially developed for the pulp and cosmetics industries to produce exceptionally fine product sizes. But, since then, they have become an integral part of the mining sector, revolutionizing the regrinding process in mines.

Sinomaly is a company that specializes in the cement production industry. They are known for their advanced vertical stirred mills, which are designed to meet a wide range of industrial applications.

These mills are used in extracting valuable elements from tailings, facilitating powder metallurgy, and utilizing metallurgical slag. Our vertical stirred mills come in a range of sizes, with power ranging from 220kW to 3000kW. These mills are designed with reliability, safety, and efficiency in mind, ensuring they meet a wide array of needs. Sinomaly is committed to enhancing cement production through the integration of cutting-edge technology and extensive experience. Our tower mills play a significant role in the efficiency and sustainability of cement production, making the entire manufacturing process more effective and environmentally friendly.

• Vertical stirred mills provide an eco-friendlier alternative to ball mills by reducing energy usage substantially. Specifically, vertical stirred mills can lower power consumption by 25-50% versus traditional ball mills. This enhances efficiency and sustainability by lessening the environme­ntal impact of powering milling
• These products have been engineered for longevity. They incorporate automatic lubrication for rotating components, guaranteeing operability for two decades with little necessity for maintenance.
• These mills utilize a one-piece elastic coupling that provides simplicity in design, compactness for areas with constrained space, and reduced component failure for dependable performance­ over extended periods. Their construction focuses on streamlining components to minimize potential points of breakdown through a unified coupling element.
• With programmable logic controller technology enabling simple setup and continuous oversight, these mills offer substantial automation for efficient processes. Their control system facilitates startup and allows real time tracking, resulting in streamlined functionality.