Gypsum is one of the most common minerals in sedimentary environments. It is a planned major rock that produced massive beds, usually from precipitation of water with high salt content. Because it can easily forms of saline water plaster have many inclusions of other minerals and even bubble-free of air and water.
Crystals of gypsum can very colorless and transparent, a stark contrast to the most widely used application in the drywall. The crystals can be quite large. Plaster is a natural insulator feeling warm feel, when they compared an ordinary rock or quartz. Plates from crystals can be easily peeled by a larger copy. Gypsum is a kind of major minerals of the rocks and the equipment may include the crusher, mill, conveyor belt, vibrating screen and other equipment...
In the phosphorus, sulfur and natural Gypsum Plaster Crusher dry dispersed half water and de Flash dynamic fast way burned, is an advanced production technology and equipment the production of half-hydrate. The process plant phosphorus, sulfur gypsum dry, germander can be used to plaster the half of the water quality, natural high-strength gypsum burning half burned gypsum and anhydrite water. We also need Gypsum crusher in Gypsum crushing plant.
The hematite’s another name is red iron ore, and its chemical structural formula is Fe203. it's a weak magnetic iron ore and the floatability is better than magnetite. And it is a main material of iron making. The main beneficiation process includes: gravity separation, floatation, strong magnetic beneficiation or mix several beneficiation process and another process is magnetization roasting and then weak magnetic separation. The early hematite beneficiation mostly used the gravity separation process, and the main machines are: jigger, centrifugal separator, spiral chute, spiral washing machine, shaking table etc. Because some other beneficiations’ production capacity was small, the grade after processing was low; recovery ratio is low and then was dumped as time goes on. Later as the Hematite Iron Ore Crusher , the floatation process ands high intensity magnetization process.
It mainly uses oxidized paraffinic sodium salt as the collector for floatation and electromagnetic strong magnetic separator as beneficiation equipment for strong magnetic separator. But the others beneficiation technology target were all not good enough. These latest years, the beneficiation process of hematite has developed very well. Especially use the high intensity magnetic separation which is can improve the grade of iron ore concentrate very well, and the recovery of Iron ore concentrate is satisfying.
In order to make the materials size as fine as possible before entering into ball mill, the crusher must have an excellent fine crushing capability to minis iron ore size. To achieve this crushing effect, two grades of jaw crushers and one fine crusher (high thin broken machine) are applied in the production line. Two grades of jaw crushers are coarse and fine jaw crushers which are commonly used types in crushing. Tertiary fine crushing machine is the key of the whole production line. Widely used fine crushers are hammer crusher, impact crusher, and cone crusher etc.
The Louisville of indirect heat laundering screen offers a high temperature radiant heat from the cylinder walls. Hot gas circulates between the outside of the shell and the heat transfer dryer inside of stationary combustion chamber by radiation and administration to dry and process materials. Special Fighting, developed for each application, move material through the dryer, while it against the shell, to a maximum exposure to radiant heat.
The Indirect Heat Drier is the best choice for applications where high temperatures and indirect heating are needed. It is consistent to the drying of goods, which can be not on products of combustion and used for the drying of materials which are easily arranged particulate matter from a high speed hot gas flow. These include soot, kaolin, alumina, boric acid, casein and sodium nitrate. "
