The Micro Powder Grinding Mill is a tool designed to transform solid materials into powder through grinding. It serves the purpose of processing various materials like ore by finely grinding them.
The LM grinding mill operates with stability and minimal vibration, resulting in low noise levels. Its integral sealing system functions under negative pressure, preventing dust spillage and maintaining a clean environment that exceeds international emission standards. Additionally, the LM grinding mill features an advanced automatic control system, allowing seamless switching between remote and local control. Its operations are straightforward and labor-efficient.
Due to the material layer grinding principle, the residence time of materials in the mainframe is significantly reduced, minimizing iron contamination. This results in higher whiteness and purity for white or transparent materials, surpassing the capabilities of a ball mill. The specially designed milled-in curve of the roll sleeve and liner plate follows the theory of ultra-fine powder, facilitating the achievement of the required material layer and fineness in a single pass when using the LUM for powder grinding. The multiple frequency rotor classifier enables adjustable fineness within a variable range, eliminating the need for secondary wind-blowing classification and preventing the presence of low-grade materials in the finished product.
The pendulum mill comprises a robust, cast mill housing and a rotor equipped with a crosshead. Within this setup, the grinding rollers move at moderate speeds along the grinding ring. Centrifugal forces generated during this process crush the material between the grinding rollers and the grinding ring. Rotating shovels facilitate the movement of the material from the base of the mill to the grinding area. Subsequently, the system's airflow carries the ground particles from the grinding zone to the classifier.
The innovative alteration in the spring connection structure serves a dual purpose: it minimizes the impact of large materials on the axis and bearings, while also bolstering the crushing capacity of the rollers.It consumes over 60% less electricity compared to a ball mill operating at the same capacity level.
Roller linkage supercharging device ensures stable operation and enhanced productivity. Bevel gear overall drive reduces energy loss, improving efficiency significantly. Incorporates a reliable Inner automatic Thin-oil lubricating system with advanced technology. Arc air channel minimizes air flow loss, enhancing material fluidity. Special roller and ring design, along with replaceable curved shovel edges, increase efficiency and reduce operational costs. No-resistance snail shell design. Adjustable output size for efficient powder production. High precision and efficiency in collecting powders.
The cage-type powder selector in the SCM Ultrafine Grinding Mill incorporates German technologies, significantly enhancing the precision of powder separation. Moreover, a multi-head cage-type powder selector can be tailored to meet specific user demands for output, fineness, and sieving rate. This mill allows adjustment of product fineness within the range of 325 to 2500 meshes, achieving a screening rate where d97≤5μm in a single pass.
The ball mill holds essential significance in the process of grinding stones or rocks subsequent to the crushing of raw materials within grinding installations.
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