he fiberglass shaking table has an advanced surface structure, good performance, reliable operation, and excellent selection index, and completely different from the wooden bed surface in terms of material, structure, and manufacturing process. It is a major innovation to the traditional wooden bed surface. The shaking table production ability is related to such factors as feeding property, particle composition, operation condition, and mineral quality. While producing concentrates, the coarser the feeding size, the bigger the capacity; the production in coarse concentrate is higher than that of the fine concentrates, therefore, the shaking table production capacity is verified from different production and operation process.
The fiber glass shaking table has advanced surface structure, good performance, reliable operation, excellent selection index, and completely different from the wooden bed surface in terms of material, structure and manufacturing process. It is a major innovation to the traditional wooden bed surface.
Featurer and Advantages
1、Large rigidity and strength, small deformation
2、Very Low water absorption, no excessive on weight
3、Anti-wearability and no impairment required
4、Does not absorb moisture, No swelling, no warm damages
5、Resist chemical corrosion, acid and alkali resistance, resistible to any pulp medicament;
6、Good weather resistance, stable shape, no cracking
7、 Perfect ore dressing performance, and stable mineral separation index
8、 retains the assembly dimensions of the wooden bed type and is interchangeable to each other;
Used to sort 2mm to 0.02 mm ore and slime grade minerals such as tungsten, tin, antimony, bismuth, iron, manganese, chromium, titanium, antimony, lead, gold and other colored, black, rare precious metal minerals, sorting 4-0.02 mm Pyrite; appropriate change of bed chute it can select the coal tailing and slime; and sort other mixture materials with sufficient specific gravity difference and particle size composition.
It can be used for different operations such as rough , fine concentration and sweeping for different grades minerals such as coarse sand (2-0.5mm), fine sand (0.5-0.074mm) and slime (-0.074).
Size
Item |
LS Model(6—S) | YS model (YUNTIN) |
Gear Box | 6—S Gear Box | YUNTIN Gear Box |
Supporting | Rocker plate support | Sliding support |
Slop Adjust | Fixed axis adjustment mechanism | Variable axis adjustment mode |
Surface Structure | Polyester glass fiber reinforced plastic, pre-embedded framework composite structure | Same as LS model |
Working Surface | Special wear resistant layer | Same as LS model |
Surface Specification | 1500~1850×4500mm | Same as LS model |
Working surface | 705 square meters | Same as LS model |
Direction | Left Type and right type | Same as LS model |
Chute Type | Coarse Sand (rectangle) | Same as LS model |
Fine sand (ladder-shaped) | ||
Slime (curved) | ||
Cross-fall Slope | 0—5 degree | Same as LS model |
Stroke | 10—30mm | 8—22MM |
Stroke frequency | 240—360 per min | Same as LS model |
Feeding particles | coarse sand 2-0.5 mm | “ |
fine sand 0.5-0.074mm | ||
slime -0.074mm below | ||
Slurry density | corse sand 20—30% | “ |
Fine sand ~18—25% | ||
Slime ~15—20% | ||
Water consumption | Sand 0.7—1.0T/H/SET | “ |
Slime0.4—0.7T/H/SET | ||
Production | Coarse sand 1.0-1.8T/H/SET | “ |
Fine 0.5—1.0T/H/SET | ||
Slime0.3—0.5T/SET | ||
Surface weight | ~370Kg | ~380kgs |