Construction Plan for Spiral Chute of Coal Bunker

Construction Plan for Spiral Chute of Coal Bunker

Construction Plan 1 for Coal Bunker Spiral Chute: Gravity beneficiation is widely used in the beneficiation of metal and non-ferrous metals due to its small environmental pollution and low cost. Fiberglass reinforced plastic chute is one of the gravity separation equipment, with a structural characteristic that the cross-section is in a cubic parabolic state, suitable for handling finer particle sizes of -0.2MM. During the sorting process, no flushing water is required, and the fine, medium, and tailings are segmented at the tail of the chute. 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. Construction Plan 3 for the Spiral Chute of the Coal Bunker. Features or Advantages: 1. It is characterized by significant scale and large production capacity. Nowadays, in principle, it is necessary to use large-scale methods to establish efficiency in processing mineral materials. 2. Fine granulation is required for the treatment of fine grained minerals. Ten thousand ores with a particle size of -0.047mm must be treated. The original equipment can basically guarantee the recovery of+0.047mm Granularity. 3. With the development of Hydraulics, two-phase flow and equipment vibration, spiral concentrators have developed from simple application of gravity and flow resistance to the level of composite application of centrifugal force, mechanical vibration force, magnetic force, etc. By using a composite force field, the enrichment of useful minerals or the separation of fine and micro particles can be increased, thereby improving the ore recovery rate. 4. The basic starting point is to save energy, reduce consumption and protect the environment. The area and space occupied should be small, and the water and electricity consumption should be small. 5. Simple and flexible operation, stable sorting process, simple structure, convenient Computerized maintenance management system. Construction scheme of spiral chute for coal bunker IV. According to the particle size of processed ore, the chute can be divided into three categories: (1) coarse spiral chute. The maximum Granularity of ore feeding is above 2-3MM, and the maximum can reach 100-200mm. (2) The sand ore chute is used to handle 2-3mm sized ore materials. (3) Slurry chute, feeding particle size less than 0.074 millimeters. 5、 Application: FRP spiral chute is suitable for separating fine iron, ferrotitanium, ferrochrome, ferrosulfur, sand tin, tantalum niobium, placer gold, coal, monazite, Rutile, zircon sand, rare earth and other metal and nonferrous metal minerals with completely sufficient specific gravity difference. Construction Plan for Coal Bunker Spiral Chute Construction Plan for Coal Bunker Spiral Chute

Construction Plan for Spiral Chute of Coal Bunker

Construction Plan for Spiral Chute of Coal BunkerRelated Information

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  Grooved spiral chute

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  Fiberglass spiral chute

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  Automatic ore discharge centrifugal conc

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  Shaftless drum screen