#Industry ·2026-02-07
In the field of mineral processing, efficient, energy-saving, and environmentally friendly mineral separation technologies have always been the goal pursued by the industry. The spiral chute, as a classic gravity separation equipment, is playing an indispensable role in many mineral sorting operations with its unique advantages. It is not just a piece of equipment, but also the perfect combination of efficient utilization of mineral resources and green mining concepts. 【Working Principle: The Mystery of Smart Sorting】 The core charm of the spiral chute lies in its simple and efficient sorting principle. The mineral slurry is fed from the upper part of the chute and flows downward along the spiral track in the spiral chute. During this process, the mineral particles are subject to the combined effects of gravity, water flow force, centrifugal force, and the density of the mineral slurry. Due to the differences in specific gravity, particle size, and shape of different mineral particles, the mineral particles with high specific gravity (such as heavy minerals) will move inward (closer to the center) and settle in the chute under the action of gravity and water flow, forming a concentrate stream; while the mineral particles with low specific gravity (such as gangue or light minerals) will be carried outward (away from the center) under the impulsion of water flow and be removed, forming a tailings stream. Through the separator, the effective separation of minerals can be achieved. 【Outstanding Advantages: Why Choose a Spiral Chute?】 1. High-Efficiency Sorting, Striving for Excellence: For fine-grained minerals (especially in the range of 0.03-0.6mm), the spiral chute can achieve high-precision separation, effectively improving the grade and recovery rate of the concentrate. 2. Energy-Efficient and Environmentally Friendly, a Green Future: Without requiring power drive, it completes the sorting process solely through gravity, water flow, and the inherent action of the mineral slurry, greatly reducing energy consumption and environmental pollution, making it a truly "green" mining equipment. 3. Simple Structure, Stable Operation: The equipment has a compact structure without mechanical transmission components, low failure rate, stable and reliable operation, and extremely low maintenance costs. 4. Low Investment Cost, High Return on Investment: Compared with other complex mining equipment, the purchase and installation costs of the spiral chute are lower, but the sorting efficiency is high, allowing for quick recovery of the investment. 5. Small Footprint, Space Optimization: The spiral design effectively utilizes vertical space, greatly saving the floor area of the plant, especially suitable for mines with limited site space. 6. Easy Operation, High Adaptability: It is easy to operate and adjust, and has strong adaptability to changes in feed concentration and particle size, making it widely applicable to the sorting of various minerals, including iron ore, tin ore, tungsten ore, tantalum-niobium ore, gold ore, coal, titanium iron ore, zircon, and other non-metallic minerals. 【Application Fields: Broad Prospects, Great Potential】 The spiral chute is widely used in the sorting of iron ore, tin ore, tungsten ore, tantalum-niobium ore, gold ore, coal, titanium iron ore, zircon, and other non-ferrous metals, rare metals, and non-metallic minerals, and is particularly adept at the coarse sorting, scavenging sorting, and fine sorting of fine-grained, low-grade ores. In today's pursuit of sustainable development and efficient utilization of resources, the spiral chute, with its excellent performance and environmentally friendly concept, has become an indispensable gravity separation equipment for modern mineral processing plants. Choosing a spiral chute is choosing a path towards efficient, green, and economical mineral sorting!
2026-02-07
2026-02-07
2026-02-07
2026-02-07
2026-02-07
2026-02-07
No. 15 Industrial Avenue, Industrial Park, Shicheng County, Jiangxi Province
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