In mineral processing production lines, the shaking table is a commonly used gravity separation equipment. It is characterized by stable operation, clear separation, and easy operation, and is responsible for roughing, cleaning and scavenging of fine-grained minerals.
During the working process, the shaking table relies on the asymmetric reciprocating motion of the bed surface and the synergistic effect of lateral water flow to make ore particles of different densities and sizes stratify, migrate and separate regularly. High-density minerals are discharged along a specific path of the bed surface to become concentrate, while light minerals flow to the tailings side with water. Concentrate, middlings and tailings can be produced in one operation, with an intuitive process and convenient on-site control.
It is suitable for a wide range of particle sizes, commonly handling fine-grained ore and slime of 0.02mm–2mm. It can be used for the separation of tungsten, tin, gold, iron, manganese, lead, zinc and other minerals. The whole machine has a compact structure, and the stroke, frequency and bed surface slope can be adjusted as needed to match different ore types and particle sizes. It features low energy consumption and simple maintenance, suitable for continuous production.
In actual production, the shaking table runs stably with a low failure rate and controllable separation indexes. It can be used alone or in combination with crushers, ball mills, classifiers and other equipment to form a complete mineral processing flow, helping enterprises improve mineral recovery rate and concentrate grade. It is a practical and durable standard equipment in mineral processing.
