The Influence of Spiral Chutes on Mica

The Influence of Spiral Chutes on Mica

The Impact of Spiral Chutes on Mica: 1. Equipment Description: A gravity beneficiation machine that utilizes the continuous centrifugal force generated by the slurry during the spiral rotation movement to achieve lightweight and heavy mineral separation. 2、 The mortar with the same working principle is slowly fed onto the surface of the spiral groove through the feeding chute installed at the end of the rotating groove head, and selected for operation. The tail of the rotating groove is equipped with a valve block type product cutting groove, which divides the sorting equipment into three categories according to grade along the radial direction. By adjusting the position of the valve block to change the acquisition width of each product, the equipment gathering hopper enables the selected multi head ore flow to converge and export separately. The cross-section of the spiral chute and the slope of the curve change greatly, which is applied to the selection of fine ore materials. The influence of the spiral chute on mica. Three advantages and characteristics: 1. Stable, easy to control, and a relatively large concentration range. 2. The production and processing capacity of mineral materials is strong, with high enrichment and high recovery rate. 3. It takes up little space, consumes little water, has a simple structure, and does not require power. 4. Installation is simple, easy to operate, with minimal investment and fast efficiency recovery. The impact of spiral chute on mica IV. According to the Granularity of processed mineral aggregate, the chute can be divided into three types: (1) coarse spiral chute, the maximum particle size of feeding is more than 2-3mm, and the maximum can be 100-200mm. (2) Sand ore chute, processing 2-3 millimeter sized ore. (3) Slime spiral chute, feeding Granularity<0.074MM. 5、 The application scope of this machine is to separate iron, ferrotitanium, chromite ore, pyrite ore, zircon ore, Rutile ore, monazite ore, phosphorus, tungsten ore sand, cassiterite, tantalum niobium, niobium ore or other non-ferrous metal ore, rare metal or non-metallic ore body with gravity difference from 0.3-0.02mm fine material. The Influence of Spiral Chutes on Mica The Influence of Spiral Chutes on Mica

The Influence of Spiral Chutes on Mica