Experimental spiral chute manufacturer

Experimental spiral chute manufacturer

Experimental spiral chute manufacturer 1 describes that the beneficiation chute includes a slope flow separation process. The slurry is fed to a inclined chute or inclined plane, and under the push of water, the mineral particle group becomes loose and layered. The upper layer of light mineral material is quickly discharged from the groove, while the lower layer of heavy mineral stays in the groove or flows out at low speed from the bottom. After obtaining the concentrate and tailings, respectively. Glass fiber reinforced plastic chutes are mining and beneficiation equipment, especially ideal for mineral mining and beneficiation on beaches, riverbanks, sandbanks, and river beds. The equipment has the characteristics of appropriate structure, simple installation, small footprint, simple operation, stable beneficiation, clear separation of ore, strong processing ability, high efficiency, high enrichment ratio, high recovery probability, and stable operation. And it has advantages such as light weight, moisture prevention, rust prevention, strong corrosion resistance, and strong applicability to fluctuations in ore feed volume, concentration, particle size, and grade. 2、 The usage method is to make the fiberglass chute stand up, align it with the vertical line, fix it in the appropriate position with an iron frame or wood, and send the sand ore to the two feeding ports on the top of the spiral through a slurry pump. The water is added and the mineral slurry concentration is adjusted. The mineral slurry naturally swirls from high to low, and an inertial centrifugal force occurs in the rotating inclined flow rate, which is distinguished by the gravity, particle size, and state of the mineral sand, By utilizing the gravity or centrifugal force of the swirling flow, the ore and sand are separated. The selected ore flows into the concentrate hopper and is piped out, while the tailings flow into the tailings hopper and are moved to the sand pit through a pipeline. Then, they are discharged by a mortar pump, completing the entire beneficiation process. Manufacturer 3, Characteristics and Advantages of the Experimental Spiral Chute at : 1. Super large-scale, large processing capacity, and modern ore processing objectively require scale to create benefits. 2. Fine granulation: for the treatment of fine and micro particle minerals, especially the treatment of ore materials with Granularity of -0.047mm, the original machine can basically ensure the recovery of+0.047mm particle size. 3. With the development of Hydraulics, two-phase flow, equipment vibration, etc., GRP chutes have developed from the simple application of gravity and flow resistance to the combined use of centrifugal force, equipment vibration force, magnetic force, etc. Through the composite force field, the enrichment of useful minerals and the separation of small or fine particles are increased to improve the ore recovery rate. 4. Based on energy conservation, consumption reduction and environmental protection, it should cover a small area and space, and consume less water and electricity. 5. Simple and flexible operation, stable sorting process, simple structure, convenient for Computerized maintenance management system. Manufacturer of experimental spiral chute IV. According to the processed Granularity of mineral materials, the chute can be divided into three types: (1) Coarse grained chute. The maximum Granularity of feeding material is more than 2-3mm, and the maximum can reach 100-200MM. (2) Sand ore chute, processing 2-3mm Granularity ores. (3) The spiral chute of the ore slurry has a feeding particle size of less than 0.074 millimeters. 5、 Use This equipment is suitable for separating iron ore, Ilmenite, Chromite, pyrite, zircon sand, Rutile ore, monazite ore, phosphorus, tungsten ore, tin ore, tantalum, tantalum niobium ore and other nonferrous metals, rare mineral metals or nonferrous metal mineral bodies with different specific gravity from fine and small materials with Granularity of 0.3-0.02MM. Experimental spiral chute manufacturer Experimental spiral chute manufacturer

Experimental spiral chute manufacturer