Spiral Chute Experiment

Spiral Chute Experiment 1, Product Introduction: A gravity beneficiation equipment that utilizes the inertial centrifugal force that occurs during the spiral rotation movement of mineral slurry to separate light and heavy mineral materials. 2、 The production principle is that the evenly proportioned mortar is slowly fed onto the rotating groove surface by the feeding groove at the beginning of the spiral groove, and is selected. The tail end of the spiral groove is equipped with a valve block type equipment to cut the groove, allowing the sorted products to be divided into three types according to grade along the radial direction. By adjusting the orientation of the valve block to change the selection width of each equipment, the product gathering hopper will merge and export the obtained multi head ore flow differently. The transverse plane and curve slope of the fiberglass spiral chute are different, especially suitable for the selection of small particle materials. Experiment 3, Advantages and Characteristics of the Spiral Chute at : 1. High efficiency, high recovery probability, and accurate ore sorting; 2. No power required; 3. Lightweight, rust resistant, durable, wear-resistant, and corrosion-resistant; 4. Low operating costs and long service life; 5. Strong adaptability to fluctuation of feed volume, density, Granularity and grade; The friction caused by the appearance of 6 diamond sand makes the beneficiation efficiency better than other plastic surfaces. Spiral chute experiment 4. Structural composition: Spiral concentrators are all composed of a feeding device, a cross (tripod), a feeding chute, a spiral groove, a cutting groove, a gathering bucket, and a groove pillar. 5、 Application field The spiral concentrator is suitable for separating fine grained iron ore, Ilmenite, Chromite, pyrite, placer tin ore, tantalum niobium ore, placer gold, coal mine, monazite, Rutile, zircon sand, rare earth ore and other metal and non nonferrous metal minerals with sufficient density and specific gravity difference. Spiral Chute Experiment Spiral Chute Experiment