Get Composition of Desulfurization Gypsum Briquetting Machine

We all know that Desulfurization gypsum pressure ball press machine can be used to suppress pulverized coal, iron powder, coking coal, aluminum, iron, tin oxide, carbon powder, coal powder, slag, gypsum, tailings, sludge, kaolin clay, activated carbon, and at the end of the coke powder, powder, waste, waste residue, Desulfurization Gypsum pressure Ball press Machine is widely used in refractory material, power plants, metallurgical, chemical, energy, transportation, heating and other industries, after pressing ball mechanism for forming materials, energy conservation, environmental protection, convenience of transportation, improve the utilization of waste, has the good economic efficiency and social benefits. But do you want to Get Composition of Desulfurization Gypsum pressure Ball press Machine?

Desulfurization gypsum pressure ball press machine structure into two parts: one, the feeding part;Second, transmission parts.Feeding part, main is to realize the quantitative feeding to ensure uniform material into the roller.Spiral feed unit driven by electromagnetic speed regulating motor, turn the pulley, worm reducer, pressure material will be forced into the inlet pressure. Due to electromagnetic speed regulating motor constant torque characteristic, when the pressure of the spiral feeder shoes and equals the quantity of the materials needed by the host, can maintain a constant feed pressure make the pellet quality is stable.As for the shoes is too big, feeding device electrical overload;For shoes is too small, no ball.Thus the skilled operation skill is vital to guarantee the normal work of the ball.

Gypsum Briquetting Machine


Transmission parts of Desulfurization gypsum pressure ball press machine, main drive system is: the motor - triangle strip - reducer - open gear - roll.Host powered by electromagnetic speed regulating motor, the pulley, cylindrical gear reducer, through the rod to drive shaft pin coupling.Driving shaft and driven shaft through the...