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The working principle of spiral chutes: 1. Introduction: Gravity beneficiation spiral chutes combine the characteristics of gravity beneficiation spiral chutes, fiberglass spiral chutes, shakers, and beneficiation centrifuges. After scientific research organized by the Ministry of Metallurgical Industry, appraisal by departments such as design, universities, and this beneficiation company, it is recognized that this equipment has excellent performance and progress in beneficiation indicators. At the same time, it has won the Science and Technology Research Achievement Award from the Ministry of Metallurgical Industry and has now been awarded in the field of non-ferrous metals Ferrous mines are very versatile. This product is suitable for sorting iron ore, ferrotitanium, ferrochrome, pyrite, zircon, Rutile, monazite, ethylene phosphate, tungsten, tin placer, tantalum, tantalum niobium and other nonferrous metal ores, rare ore metals and non-metallic ore bodies with density and specific gravity differences. 2、 Operating principle: The spiral concentrator does not need to be restricted to placing the mineral separator on the cross (or tripod) of the support table. The same slurry is slowly fed to the rotating groove surface through the feeding groove on the spiral groove head, and sorting is carried out. The bottom is equipped with a valve block type product selection slot, which divides the selected equipment into three types (or four types) according to grade along the radial direction. Change the cutting width of each product by adjusting the position of the valve block. The equipment gathering bucket is a concentric circular tube that allows the obtained multi-directional mineral flow to be densely drawn out. The transverse surface of the spiral chute and the slope change of the curve are extremely suitable for the selection of fine particle materials. Operating Principle of Spiral Chute III. Features This machine is used to separate fine materials with a particle size of 0.3-0.02mm to obtain iron, ferrotitanium, ferrochrome, pyrite, zircon, Rutile, monazite, phosphorus, tungsten sand, sand tin, tantalum niobium, niobium ores, and other non-ferrous metal ores, rare ore metals and non-metallic minerals with different specific gravity. This machine also has advantages such as stable selection process, easy operation, wide range of allowable changes in feed density, high enrichment ratio, high recycling rate, small footprint, low water consumption, simple structure, no need for power, strong processing ability, easy installation, convenient operation, less investment, and quick effectiveness. The working principle of the spiral chute is four. The structural composition of the spiral chute is composed of six parts: a feeding homogenizer, a feeding chute, a rotating groove, an equipment selection groove, a product gathering hopper, and a bracket (including a cross or triangular frame) for this groove. The spiral groove formed by connecting rotating discs is a key accessory. The spiral plate is made of fiberglass (fiberglass reinforced coal gangue), and a wear-resistant layer is pre made on the sorting surface of the rotating groove through bolts. It also has the advantages of lightweight, sturdy, and long-lasting consumer goods. The spiral groove is equipped with a multi tube feeding homogenizer for ore dressing, which is easy to operate. The mineral sorting device is freely placed on the cross (or tripod) of the support table. The evenly divided mineral mortar is slowly fed onto the spiral groove surface through the feeding groove installed at the beginning of the rotating groove for selection. The bottom of the rotating groove is equipped with a valve block type new product acquisition groove, which allows the sorted new products to be divided into three categories (or four categories) of new equipment along the radial direction according to grade. Change the cutting width of each new product by adjusting the orientation of the valve block. The new product gathering bucket is a concentric circular tube that gathers and exports the selected variable mineral flows. The cross section and slope of the curve of the fiberglass chute are particularly suitable for the selection of fine particle materials. The working principle of the spiral chute is 5. The spiral chute is suitable for processing 0.6-0.03MM and this vein of ore and sand, but it is unfavorable for sorting when the mud content is high. It has now been widely used in the processing of iron, tungsten, tin ore, niobium tantalum ore, beach and riverbed placer or gold ore, and so on. The working principle of the spiral chute