How About Feeding Part of Strong Pressure Ball Machine?

Strong pressure ball machine industrial use and improvement after many years, compared with other similar products, super high pressure dry powder ball press machine successful rate, small power consumption, compact structure, convenient maintenance and debugging and so on obvious advantages, magnesium smelting process was numerically simulated with no doubt is the key to a kind of ideal equipment. To satisfy the requirement of material forming, to pressure screw used electromagnetic speed regulating motor, speed control mode of Strong pressure ball machine is manual type, the user may be changed into a ball the basis the circumstance to the compressor speed to achieve the highest ball rate and maximum capacity, suppression of material by the sieving machine, oversize qualified pellets for packaging, undersize material can be mixed with new material and then to return storehouse briquetting.

And have you ever known the feeding part of the strong pressure ball machine before? Feeding part of this type ball press machine mainly 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 mechanical 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 of static pressure ball machine electrical overload; For shoes is too small, no ball.Thus the skilled operation skill is vital to guarantee the normal work of the ball.




To satisfy the requirement of material forming, to pressure screw used electromagnetic speed regulating motor, speed control mode is manual type, the user may be changed into a ball the basis the circumstance to the compressor...