Spiral Sluice
Introduction: Spiral chute is the gravity separation equipment that takes advantage of the inertial centrifugal force produced by ore slurry in spiral turning motion to complete the separation of light and heavy mineral.
Application: Spiral chute is suitable for separating the ore with the fineness of 0.3--0.02mm, like iron mine, ilmenite, chromite, pyrite, zirconite, rutile, monazite, tungsten ore, tin ore, tantalum ore, niobium ore, etc. And it also applies for separating other nonferrous metal, rare metals, and non-metal ores with different specific gravity.
Production Capacity
2–40t/hInner Dia.
180-360mm
200
+
External Dia.
900-2000mm
Product introduction
Spiral chute is the gravity separation equipment that takes advantage of the inertial centrifugal force produced by ore slurry in spiral turning motion to complete the separation of light and heavy mineral. It integrates the features of spiral separator, shaking table, centrifugal separator, etc. It is the optimum equipment for mining and mineral separating, especially ideal for the placer mining on coast, riverside, sand beach, stream, etc.
Product Advantage
Light in weight, low noise, small water consumption.
Reasonable structure, small floor area, easy installation and operation.
Good resistance to moisture, rust and corrosion.
Strong adaptability to the volatility of feeding capacity, particle size, density, grade, etc.
Working Site
Working Video
Technical Parameters
Model |
External Dia. |
Inner Dia. |
Screw pitch |
Pitch to Dia. ratio |
Tilt angle |
Spiral QTY |
Feeding size |
Feeding density |
Capacity |
Height |
Floor area |
DL2000 |
2000mm |
360mm |
1200mm |
0.6 |
9° |
2-4 |
0.4-1mm |
20-45% |
15-40t/h |
6.6-8mm |
5.7㎡ |
DL1500 |
1500mm |
250mm |
900-675mm |
0.6 |
9° |
2-4 |
0.03-1mm |
20-45% |
8-16t/h |
5.5mm |
3.3㎡ |
LL1200 |
1200mm |
220mm |
720/540mm |
0.6/0.45 |
9° |
2-4 |
0.03-0.3mm |
20-45% |
4-6t/h |
5.23mm |
2㎡ |
LL900 |
900mm |
180mm |
540/3600mm |
0.6/0.4 |
9° |
2-4 |
0.03-0.3mm |
20-45% |
2-3t/h |
3.2mm |
1.2㎡ |
Successful project
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nodata