As core gravity separation equipment, shaking tables are widely used in mineral processing and environmental solid waste recycling. While they share a similar core transmission principle, their structural design, process parameters and functional positioning differ significantly due to distinct application scenarios and material characteristics, enabling precise adaptation to industrial production needs.
Mining shaking tables focus on mineral separation and purification, specialized in separating large-grain, high-specific-gravity materials. Their deck is mostly made of FRP with a wear-resistant layer and equipped with riffles to optimize mineral particle movement. Featuring a wide adjustment range of stroke and frequency, they can process 2-0.074mm mineral materials for rough and fine separation of metal ores and coal mines, with a single-unit capacity of 0.5-3 t/h and the ability to separate multiple mineral products in one pass. These tables are designed for wear and impact resistance to adapt to harsh mining working conditions.
Environmental shaking tables are dedicated to solid waste resource utilization and environmental testing. Industrial models handle solid wastes such as incineration bottom ash and waste metal scraps—materials with complex components and small specific gravity differences—adopting low-frequency and small-stroke designs, and some are vertical-structured to save space and reduce energy/water consumption. Laboratory constant temperature shaking tables integrate temperature control and oscillation functions, with adjustable frequency and temperature for pollutant detection and microbial culture, providing data support for environmental governance. These tables prioritize low consumption and precise control.
The differentiated design of the two types of shaking tables is a precise response to industrial demands. Mining shaking tables facilitate efficient mineral development, while environmental shaking tables drive solid waste utilization and ecological governance, each playing an irreplaceable role in their respective fields.
