Shaker table (shaking table) has excellent separation accuracy, and stable separation index, it is widely used in the separation of gold ore, tungsten ore, tin ore, tantalum and niobium ore, manganese ore, chrome ore, titanium ore, ilmenite ore, bismuth ore, lead ore and so on. When process tungsten ore, tin ore, gold ore or other high-density ores, the particle size range of effective recovery is 3-0.022mm, the enrichment ratio of low grade ore could reach about 300 times.

6S shaker table is a gravity separation equipment for fine particle minerals, its separation accuracy is usually higher than other gravity equipment, it can be used for roughing, cleaning, scavenging and other different applications. After long years of improvement and development, the table has developed a variety of grooves with different numbers and shapes, it can be respectively used for the the separation of coarse sand (3-0.5mm), fine sand (0.5-0.074mm), slime ore (-0.074mm) and the needs of other different grain size.

It can be used as a cleaning equipment in combination with our spiral chute, which can achieve the best working efficiency and mineral separation effect, and achieve greater mineral processing capacity at small occupation area.

Advantages and features

1. Low equipment price and quick revenue;

2. High concentrate grade, high recovery, stable separation index;

3. Easy installation and operation, stable running;

4. Lateral slope adjustment range (0 °-10 °), easy stroke adjustment, the table can keep the smooth operation in adjustment;

5. Fiberglass table, high stiffness and strength, no deformation, no crack, no rust, corrosion resistance, wear resistance, strong weatherability;

6. 9 different tables are available to meet the requirements of different feeding granularity;

7. Easy maintenance and long service life.

Main Technical Parameters

The coarse ore table is designed for recovering particles size from 0.5-3 mm; the fine sand table is designed for recovering fine particles from 0.074-0.5 mm; the slime ore table is designed for recovering super extremely fine particles from 0.02-0.074 mm.