SHAKING TABLE
APPLICATION OF SHAKING TABLE
Concentrating Tables are designed to wet gravity-based separation
of minerals and other granular materials.
There are many applications where the concentrating table is of particular value and cannot be equaled for economical and efficient performance. They are effective in processing precious and base metal, rare metal and non-metallic minerals.
There are many applications where the concentrating table is of particular value and cannot be equaled for economical and efficient performance. They are effective in processing precious and base metal, rare metal and non-metallic minerals.
CONSTRUCTION
HEAD MOTION
The head motion is of rugged construction and requires minimum maintenance.
Its internal mechanism is splash lubricated from an integral oil sump.
DECKS
The decks are built of 16 mm zircon-reinforced fiberglass with fabricated
steel frames at the bottom and are easy to clean, requiring little maintenance.
The specific gravity of fiberglass made into decks is one third of that
of steel, while its strength reaches as high as 70% that of steel. This
fiberglass desks also has the characteristic of water- resistance and
corrosion-resistance and can hold the shape unchangeable at ±50°C.
Base A choice of ordinary type, groove steel support or big channel steel support is available.
Base A choice of ordinary type, groove steel support or big channel steel support is available.
TECHNICAL SPECIFICATION
The Star Trace Shaking Tables have three distinct deck designs available.
The course ore deck is designed for recovering particles sized from 0.5 mm to 2 mm;
the fine sand deck is designed for recovering fine particles in the range of 0.074 mm to 0.5 mm; the slime deck is designed for recovering super extremely fine particles in the range of 0.05 mm to 0.074 mm.
The course ore deck is designed for recovering particles sized from 0.5 mm to 2 mm;
the fine sand deck is designed for recovering fine particles in the range of 0.074 mm to 0.5 mm; the slime deck is designed for recovering super extremely fine particles in the range of 0.05 mm to 0.074 mm.
