Feed particle size of spiral chute

Feed particle size of spiral chute

The feeding granularity of the spiral chute is described as follows: 1. 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、 Use skills to set up the FRP spiral chute, calibrate the vertical line, use an iron frame or wood to set the proper position, send the mineral sand to the two ore inlets above the spiral by the sand pump, add makeup water, and adjust the density of the mineral mortar. The mineral slurry naturally swirls from high to low, and a continuous centrifugal force occurs in the flow speed of the swirling inclined surface to obtain the difference in gravity, Granularity and shape of the mineral sand, By achieving the effects of gravity and centrifugal force through swirling flow, the ore is separated, and the selected ore is discharged into the concentrate hopper and connected out through pipelines. The tailings are discharged into the tailings hopper and connected to the sand tank through pipelines, and then discharged by a mortar pump, completing the entire beneficiation process. The feeding particle size of the spiral chute is three advantages: 1. Stable, easy to control, and a relatively large concentration range. 2. Strong production and processing capacity of mineral materials, ultra-high enrichment ratio, and high recovery probability. 3. Small footprint, low water consumption, simple structure, and no need for power. 4. Easy to install, easy to operate, minimal investment, and fast recovery of benefits. The feeding particle size of the spiral chute is . The structure 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 support bracket (including a cross or triangular frame). 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. 5、 Applicable field: FRP chutes are suitable for separating fine iron ore, ferrotitanium ore, chromite ore, pyrite ore, tin ore, tantalum niobium ore, placer gold ore, coal, monazite ore, Rutile ore, zircon ore, rare earth and other metal and non nonferrous metal minerals with complete density ratio difference. Feed particle size of spiral chute Feed particle size of spiral chute

Feed particle size of spiral chute

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