1. The rich ore ratio (the ratio between concentrate and raw ore) is far higher than other ordinary beneficiation methods
2. Eligible concentrates and ineligible tailings can be provided at one time.
3. Minerals are in the shape of sector, which makes it easy for observation and adjustment.
Shaking Table Introduction:
Shaking table is one of the effective gravity separation equipment. It is mainly used for the separation of tungsten, tin, tantalum, niobium, iron, manganese, chromium, titanium, bismuth, lead, gold and other colored, black and precious metal minerals in 2-0.02 mm ore and mud grade, and 4-0.02 mm pyrite; Separation of coal and slime after proper change of bed strip form; and separation of other mixtures with adequate specific gravity difference and proper particle size composition.
for coarse sand
for fine sand
Width of transition end
Width of concentrate end
Maximum feeding Particle size
The table water volume
Table thinning out angle
Table length ratio
Shaking table can make the ore particles move in different directions according to their density and particle size, and spread out along the diagonal from the feed trough, and discharge along the edge of the bed in turn. The ore discharge line is very long and can produce a variety of products of different quality accurately. Such as concentrate, secondary concentrate, intermediate concentrate and tailings, etc. It has been widely used in the separation of placer gold and other minerals, mainly for gold preparation or coal preparation.
1 The rich ore ratio (the ratio between concentrate and raw ore) is far higher than other ordinary beneficiation methods
2 Eligible concentrates and ineligible tailings can be provided at one time.
3 Minerals are in the shape of sector, which makes it easy for observation and adjustment.
4 The partition plate can separate minerals with different properties, so different kinds of minerals can be provided.
5 It consumes no reagent and little electricity.