Spiral chute experimental process

Spiral chute experimental process

Introduction to Spiral Chute Experimental Process 1: Chute beneficiation belongs to the slope flow separation process. Mortar is fed to some inclined grooves or slopes, and under the push of water flow, the mineral particle group becomes loose and layered. The upper layer of light minerals quickly flows out of the groove, while the lower layer of minerals with high specific gravity remain inside the groove or are discharged from the bottom at a low speed. After separation and collection, selected minerals and tailings can be obtained. The spiral concentrator is a machine for mining and beneficiation, making it ideal for mining ore in bays, river beds, sand banks, and streams. The equipment has the characteristics of correct structure, simple installation, small land occupation, simple operation, stable beneficiation, clear separation, large processing volume, high efficiency, high beneficiation enrichment ratio, high recycling rate, and reliable operation. It has the advantages of light weight, moisture resistance, rust prevention, corrosion resistance, and strong adaptability to fluctuations in feed volume, concentration, particle size, and grade. Manufacturer of mining spiral chutes. 2、 The production principle is that the slurry is evenly distributed and slowly fed to the spiral groove surface through the feeding groove installed at the head of the rotating groove, and sorting is carried out. The tail end of the spiral groove is equipped with a valve block type product cutting groove, and the selected equipment is divided into three types radially according to grade. By adjusting the position of the valve block to change the acquisition width of each product, the equipment gathering bucket allows the selected variable ore flow to be separately gathered and exported. The transverse plane of the fiberglass spiral chute has different slopes, which is particularly suitable for the selection of small particle mineral materials. Process 3 of the Spiral Chute Experiment: Features 1. The sorting process is stable and easy to control. 2. The feeding density allows for a wide range of differences. 3. The enrichment ratio is very high, the recycling rate is high. 4. The occupied land area is relatively small, and the water consumption is small. 5. The structure is simple and does not require power. 6. The processing yield is large. 7. The installation is simplified and easy to operate. 8. The experimental process of the spiral chute with low investment and quick results is . 4. The structure composition. The spiral chute is composed of six parts: a feeding homogenizer, a feeding trough, a rotating trough, a product acquisition trough, an equipment gathering hopper, and a support bracket (including a cross or triangular frame) for this trough. The spiral groove connected by the rotating disc is a key component. The spiral plate is made of fiberglass (fiber reinforced coal gangue), and a wear-resistant layer is pre made on the sorting surface of the rotating groove through bolts. She has the advantages of lightweight, strong, and durable consumer goods. Above the spiral groove, a multi tube feeding homogenizer is installed to evenly distribute the ore, and the operation is not complicated. The screening machine is not limited to being placed on the cross (or tripod) of the support table. The evenly distributed slurry is slowly fed onto the spiral groove surface through the feeding chute installed at the head of the rotating groove, and sorting is carried out. The tail end of the rotating groove is equipped with a valve block type new equipment to intercept the groove, allowing the sorted new products to be divided into three categories (or four categories) according to grade along the radial direction. Change the selection width of each new equipment by adjusting the position of the valve block. The new product gathering bucket is a concentric circular tube that gathers and exports various obtained mineral flows. The lateral plane of the spiral concentrator and the slope change of the curve are extremely suitable for the selection of fine-grained materials. 5、 Application. The scope of application of this machine is to separate iron ore, ferrotitanium ore, ferrochrome, ferrosulfide, zircon ore, Rutile, monazite, phosphate ore, tungsten ore, placer tin, tantalum, niobium ore and other non-ferrous metals, rare mineral metals and non nonferrous metal mineral bodies with gravity difference from fine materials with Granularity of 0.3-0.02MM. Spiral Chute Experimental Process Spiral Chute Experimental Process

Spiral chute experimental process