High-Capacity Gravity Recovery: Energy-Efficient Spiral Chute for Industrial Mineral Processing

DESCRIPTION / TECHNICAL SPECIFICATIONS

Maximize your mineral recovery efficiency with cutting-edge gravity separation technology. This high-performance shaking table is the ultimate solution for processing fine materials sized $2\text{--}0.2\text{ mm}$ with exceptional precision. Specifically engineered to select a wide range of valuable metallic minerals, this equipment is highly effective for gold, tin, tungsten, molybdenum, lead, zinc, and iron ore (both red and brown iron).

The technology operates by leveraging the specific gravity differences of materials through a stable and calibrated vibrating mechanism. Powered by a $1.1\text{ kW}$ motor, the system delivers a processing capacity of up to $2\text{ t/h}$ based on the material type. Its primary advantage lies in operational flexibility; users can adjust the stroke length between $8\text{--}36\text{ mm}$ and the horizontal cape angle to achieve optimal mineral concentration, ranging from $15\%$ to $30\%$. With a deck size of $4500 \times 1830\text{ mm}$ and a robust build weighing $1012\text{ kg}$, this unit ensures long-term stability for intensive mining operations.

Furthermore, for a more comprehensive separation circuit, the Spiral Chute technology is also available, offering high efficiency in separating iron ore, ilmenite, chromite, and zirconium within the $0.3\text{--}0.2\text{ mm}$ size range. The combination of these tools ensures higher recovery rates, lower water consumption, and a rapid return on investment.