Zircon sand benefication equipment is primarily used for the separation and recovery of minerals such as zircon, ilmenite, rutile, iron ore, chromite, manganese, tin, tantalum, tungsten ore, silica sands, and other non-ferrous and rare metals.
The main components include a feeder machine, jaw crusher, cone crusher, ball mill, spiral classifier, shaking table, jigger machine, spiral separator, and magnetic separator.
The spiral chute uses gravity and centrifugal force to separate minerals from sand. It transports ore to the feed inlet, adds water to adjust slurry concentration, and allows the slurry to swirl, separating minerals based on specific gravity and size.
The spiral concentration method offers high recovery rates, precise separation, low operating costs, minimal maintenance, and adaptability to fluctuations in feeding amounts, densities, and sizes.
This equipment can process metallic minerals like iron, ilmenite, chromite, tungsten-tin ore, niobium-tantalum ore, and non-metallic minerals such as rutile and zircon.
The feeding size range for the zircon sand benefication equipment is from 0.02 mm to 4 mm.
Yes, the equipment is made of fiberglass lined with wear-resistant polyurethane and has a corundum cover, making it light, moisture-proof, and resistant to rust and corrosion.
The capacity of the spiral chute varies by model, ranging from 0.2 to 10 tons per hour.
Yes, it is particularly suitable for seaside, riverside, sand beach, and stream placer mining applications.
The installation process is straightforward, requiring minimal effort to set up the equipment and fix the spiral chute in the proper position.
The equipment has minimal maintenance requirements, primarily focusing on regular checks for wear and tear and ensuring optimal operation.
The weight of the models ranges from 50 kg for the smallest model to 900 kg for the largest model.
The equipment is designed to operate under various conditions, but optimal performance is achieved in environments with adequate water supply for slurry formation.
The dimensions vary by model, with boundary sizes ranging from 460 mm to 2120 mm in length, width, and height.
The equipment is designed for long operational life, but actual lifespan can depend on usage, maintenance, and environmental conditions.
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