Large 6-S Gravity Separation Table for Ore Dressing

Precise separation of minerals with different densities for large-scale mineral enrichment and tailings recovery
High separation efficiency, wear-resistant FRP bed surface, 24-hour continuous operation available
Gold, tungsten, tin, lead-zinc ore and other high-specific gravity fine-grained valuable minerals

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Product Overview

The large 6-S gravity separation table is equipped with a blue sealed drive box and an extra-large area FRP wear-resistant bed surface, with a handwheel type adjustment mechanism. It is mainly for the large-scale enrichment and separation of fine-grained minerals such as gold, tungsten, tin, lead-zinc ore, and can also be used for the recovery of precious metals in large tailings reservoirs. The equipment realizes precise separation of minerals with different densities through the synergy of reciprocating vibration of the bed surface and inclined water flow, suitable for large ore dressing plants, precious metal purification bases and other scenarios, with the advantages of high separation accuracy, environmental protection without chemicals, and strong continuous operation capacity.

Core Specifications

Model	Bed Size (L × W) mm	Processing Capacity (t/d)	Stroke (mm)	Stroke Frequency (r/min)	Motor Power (kW)	Equipment Weight (t)
6-S Large Gravity Table	6100×1830	15-22	16-24	280-320	3.7	3.2-3.8
6-S Wide Bed Large Gravity Table	6100×2000	20-30	16-24	280-320	4.5	3.8-4.5
6-S Extended Large Gravity Table	7500×1830	25-38	18-26	260-300	5.5	4.5-5.2

Product Advantages & Technical Highlights

High Separation Efficiency: Synergy of gravity and water flow, the mineral enrichment ratio exceeds 1:150
Wear Resistant & Durable: Thickened FRP bed surface with corrosion resistance and service life over 5 years
Stable & Reliable: Heavy-duty frame with shock absorption structure, supporting 24-hour continuous operation

Applicable Scenarios & Materials

Large-scale ore dressing plants: Large-scale enrichment of gold, tungsten, tin, lead-zinc ore
Tailing recovery bases: Recovery of precious metals and useful minerals in large tailings reservoirs
Precious metal purification plants: Large-scale fine purification of alluvial gold and vein gold
Non-metallic ore separation: Gravity separation of fluorite, barite and other minerals
Core materials: Gold, tungsten, tin, lead-zinc ore and other fine-grained valuable minerals