In various industries such as mining, coal, building materials, metallurgy, and chemical engineering, the GN Dewatering Vibrating Screen finds extensive application. The linear motion dewatering vibrating screen is particularly suitable for dewatering, desliming, de-mucking, and dry discharge of tailings in mines. This equipment is designed with advanced techniques such as finite element analysis and fatigue analysis to ensure rational screen structure, low energy consumption, and high dewatering and dry discharge capacity. It can adapt to various corrosive and abrasive working conditions, offering high throughput, efficiency, and stable performance. Moreover, the machine dimensions can be customized according to customer requirements.
The GN Dewatering Vibrating Screen is equipped with two vibration motors mounted on the top, utilizing the principle of reverse self-synchronization to induce linear motion in the screen body. The synchronous vibration of the screen body drives the material on the screen surface, causing the material to impact and bounce on the screen surface, thus achieving solid-liquid separation and coarse-fine particle separation. Material is continuously fed directly from the feed tank or cyclone separator onto the screen surface for dewatering and desliming. The materials on the upper and lower sides of the screen are respectively discharged into upper and lower receiving tanks and proceed to the next process. The angle between the direction of vibration force and the horizontal direction can be designed according to the characteristics of the materials on-site, determining the running speed of materials on the screen surface and the processing capacity of the equipment.