The Yield of Desulfurization Gypsum Briquette Machine is Improved

Desulfurization gypsum briquette machine can press desulphurization gypsum with high moisture content into balls without adding any binder. The purity of the finished balls has been guaranteed, which can be direct formed into balls without drying process. It is better for the subsequent cohesion and transformation of existing processes. Desulfurization gypsum briquette machine has high ball forming strength, which is suitable for all kinds of transportation. It can reduce packaging costs and improve the product transportation capacity. After forming, the desulfurization gypsum machine does not have the yield problems after the materials entering into the machine.

Desulfurization gypsum briquette machine has compact structure, convenient maintenance, simple operation, short process flow, low energy consumption and low failure rate. The main roller part adopts the high quality alloy steel material (with patent), which greatly increases the wear resistance and pressure resistance abilities, so that the machine has long service life. The diameter of pressed ball is between 20-80mm in general, the qualified rate is 85% and the compressive strength of desulfurization gypsum is up to 30N. The ball shaped desulfurization gypsum is formed during the production process, and its chemical compositions are exactly the same to wet desulfurization gypsum. It changes some of its physical properties, for example, the liquidity of desulfurization gypsum is very good, which won't appear the adhesion and plugging phenomena, so it is convenient for transportation and application in cement production process. Therefore, it opens up a new way to the successful development of the spherical desulfurization gypsum in cement production.

The application of desulfurization gypsum briquette machine is particularly widespread, which generally can be used to suppress the pulverized coal, iron powder, aluminum, coke, iron oxide sheet, carbon powder, charcoal powder, slag, gypsum, tailings, sludge, kaolin, activated carbon and other various powder residues. It is also widely used in refractory power plant, chemical industry, metallurgy, energy, transportation, heating and other industries. The finished material is energy saving, environmental protection and convenient transportation, which improves the utilization rate of waste and it also has good economic and social benefit.