Structural diagram of spiral chute

Spiral chute structure diagram 1 illustrates that the chute sorting includes the inclined surface flow sorting process. Mortar is fed to some inclined grooves or slopes. Under the push of water flow, the mineral particle group becomes loose and layered. The upper layer of light mineral material is quickly discharged from the outside of the groove, while the lower layer of heavy mineral is retained inside the groove or slowly discharged from the bottom. After each is taken, the selected ore and tailings can be obtained. The application of spiral chutes in gold mines. The fiberglass chute is a mining and beneficiation machine, especially ideal for sand mining and beneficiation on beaches, rivers, sand banks, and streams. The equipment has the characteristics of appropriate structure, simple installation, small footprint, easy operation, stable beneficiation, clear screening of minerals, large production capacity, high efficiency, high beneficiation enrichment ratio, high recycling rate, and stable operation. And it has advantages such as light weight, moisture prevention, rust prevention, strong corrosion resistance, and strong adaptability to fluctuations in feed volume, concentration, particle size, and grade. 2、 The working principle is the same: the mortar is slowly fed onto the spiral groove surface through a feeding groove installed at the head end of the rotating groove for sorting. The tail of the rotating groove is equipped with a valve type product selection groove, which divides the selection equipment into three categories according to grade along the radial direction. By adjusting the position of the valve block to change the cutting width of each product, the equipment gathering hopper allows the obtained multi head ore flow to be differentiated, merged and exported. The cross section of the spiral concentrator and the slope change of the curve are particularly suitable for the selection of fine particle materials. Structure diagram of the spiral chute 3. Features: 1. Stable sorting steps, easy operation. 2. Allowing for a wide range of feed densities. 3. Very high enrichment ratio, high recycling probability. 4. Small land occupation, low water consumption. 5. Simple structure, no power required. 6. Large processing capacity. 7. Easy installation and operation. 8. The investment is small and the results are quick. The structural diagram of the spiral chute is . 4. Structural composition. The fiberglass chute is composed of six parts: a feeding homogenizer, a feeding trough, a rotating trough, an equipment selection trough, a product gathering hopper, or a trough bracket (including a cross or triangular frame). The spiral groove formed by connecting spiral pieces is a key accessory. The rotating plate is made of fiberglass (fiberglass reinforced coal gangue), connected together by screws, and the rotating groove has a pre designed durable wear-resistant layer on the selected surface. It also has the advantages of light weight, durability, and durability in using consumer goods. Above the spiral groove is a multi tube feeding homogenizer that screens ore evenly, making it easy and convenient to operate. The sorting machine is not limited to being placed on the cross (or tripod) of the support table. The uniform mortar is slowly fed onto the spiral groove surface by installing the feeding groove at the head end of the rotating groove for sorting. The tail of the rotating groove is equipped with a valve type new equipment to cut the groove and classify the selected new products into three categories (or four categories) radially according to grade. Change the width of each new device by adjusting the position of the valve block. The new product gathering bucket is a concentric circular tube that allows the selected multi head ore flows to converge and lead out separately. The cross section and slope of the curve of the spiral concentrator are particularly suitable for the selection of fine-grained ore. 5、 Use, spiral chute structure diagram This equipment is suitable for separating iron, ferrotitanium, ferrochrome, ferrosulfide, zircon, Rutile, monazite, phosphoethylene, tungsten sand, tin ore, tantalum, niobium ore and other nonferrous metals, rare minerals, gold and this nonferrous metal mineral with gravity difference from 0.3-0.02mm fine materials. Spiral Chute Structure Diagram Spiral Chute Structure Diagram