Management Measures for Spiral Chute Surface

Management Measures for the Surface of Spiral Chutes: 1. Overview: The Spiral Chute for Gravity Separation summarizes the characteristics of spiral chutes for gravity separation, spiral chutes for gravity separation, shaking tables, and gold separation centrifuges. After being evaluated and approved by relevant scientific research, design, universities, and concentrators organized by the Ministry of Metallurgy, it is believed that this type of machinery has superior performance, advanced sorting indicators, and has won the Science and Technology Research Achievement Award from the Ministry of Metallurgical Industry. It is now in the field of non-ferrous metals Ferrous is used in great quantities. This machine is suitable for separating iron ore, Ilmenite, Chromite, pyrite, zircon, Rutile, monazite, phosphate ethylene, tungsten sand, sand tin, tantalum, tantalum niobium and other nonferrous metals, rare metals and non nonferrous gold mineral bodies with gravity difference from fine materials with Granularity of 0.3-0.02 mm. 2、 The technical principle is the same: the mortar is slowly fed to the rotating groove surface through a feeding groove installed on the spiral groove head for sorting. The tail end of the spiral groove is equipped with a valve block type product cutting groove, which divides the selected equipment into three types according to grade along the radial direction. By adjusting the orientation of the valve block to change the acquisition width of each product, the equipment gathering hopper allows the selected multi head ore flow to be differentiated and aggregated for export. The cross section of the spiral concentrator has different slopes, which is particularly suitable for the separation of small particle ore materials. Method 3 for managing the surface of the spiral chute. Highlights and characteristics: 1. Stable, easy to operate, and with a large density range. 2. High material production yield, ultra-high enrichment ratio, and high recovery rate. 3. Small usage space, low water consumption, simple structure, and no need for power. 4. Easy installation, easy operation, low investment, and fast profitability. Spiral chute surface management method 4. Structural composition: The spiral chute is composed of 6 parts, including a feeding homogenizer, a feeding chute, a rotating chute, a product intercepting chute, an equipment gathering hopper, and a groove support (including a cross or triangular frame). The spiral groove connected by the rotating plate is a key accessory. The spiral plate is made of fiberglass (fiberglass reinforced coal gangue) and connected together through screws. The sorting surface of the rotating groove has one layer of pre designed durable wear-resistant layer. It has the advantages of lightweight, sturdy, and durable consumer goods. The spiral groove is equipped with a multi tube feeding homogenizer to screen minerals evenly, which is not cumbersome to operate. The mineral sorting equipment is freely stacked on the cross (or tripod) of the support table. The evenly distributed mortar is slowly fed to the spiral groove surface through the feeding groove installed at the head of the rotating groove, and the selection is carried out. The bottom of the rotating groove is installed in a valve block type new equipment to obtain the groove, allowing the sorted new products to be divided into three (or four) new products according to grade along the radial direction. Change the selection width of each new device by adjusting the position of the valve block. The new product gathering bucket is a concentric circular tube that distinguishes and converges the intercepted multi head ore flow. The cross-section of the fiberglass chute and the change in slope of the curve are particularly applicable for the selection of fine-grained materials. 5、 Usage This equipment is used to separate iron ore, ferrotitanium ore, ferrochrome, ferrosulfide, zircon, Rutile, monazite, phosphate rock, wolframite, sand tin, tantalum niobium ore, niobium and other non-ferrous metals, rare mineral metals and non-metallic minerals with density and specific gravity difference. Management Measures for Spiral Chute Surface Management Measures for Spiral Chute Surface