Poor separation efficiency in mineral processing lines stems from mismatched shaking tables and ore sand particle sizes! Jiangxi Mingxin’s special shaking tables for coarse, medium and fine sand are custom-built by ore particle size, targeting and solving the separation pain points of minerals with different particle sizes to achieve efficient enrichment in gravity separation, making mineral processing more accurate and production capacity more stable.
The coarse sand shaking table is suitable for the 2-0.5mm particle size range. Designed with large stroke and low frequency, it fits the movement characteristics of coarse-grained minerals, enabling fuller layered separation with large processing capacity and no accumulation. It easily handles the separation of coarse-grained precious metal ores such as gold, tungsten and tin.
The medium sand shaking table focuses on the mainstream 0.5-0.15mm particle size range. With the golden ratio of stroke and frequency, it balances processing capacity and separation accuracy, serving as the core equipment for conventional mineral processing in mines.
The fine sand shaking table specializes in the 0.15-0.074mm fine-grained ore materials. Equipped with high frequency, small stroke and dense trough bed surface, it solves the problem of easy loss of fine-grained minerals, featuring a high enrichment ratio and better concentrate grade.
Jiangxi Mingxin’s shaking tables adopt wear-resistant polyurethane bed surfaces and FRP steel skeletons, with excellent wear and corrosion resistance. Adapted to the harsh working conditions of mines, they boast a long service life. The stroke, frequency and bed surface slope can be flexibly adjusted to suit the characteristics of different ore types with simple operation, meeting the gravity separation needs of the full particle size range of coarse, medium and fine sand in one stop.
Right size matching, doubled mineral processing efficiency! Jiangxi Mingxin’s special shaking tables for coarse, medium and fine sand achieve precise particle size matching and efficient separation to boost production, empowering mines to improve quality and efficiency in mineral processing!
