YDG roller milling machine for salt production line

YDG roller milling machine for salt

YDG series roll milling machine has the advantages of simple structure, the compact machine body, reliable working, convenient adjustment and little fine powder generation, particularly applicable for salt crushing. The roll milling machine is provided with the flute profile, and the working principle of the roll crusher is that cutting is considered as the main method, with squeezing and pressing method as the assistant, and the crushing clearance can be adjusted and controlled at random within a certain scope.

1.Rotation speed of the main shaft: 600 - 900 revolutions per minute)

2.Power of motor (7.5, 11, 15, 18.5, 22) KW

3.Diameter of rollers: 300 MM, length: 600 MM, 800 MM and 1000 MM)

Spare parts:

1. Roller

Our YDG roller milling machine for salt production line adopts two vibrating motors rather than the normal motor plus vibration exciter structure as the vibrating device. Vibrating Screen Feedere becomes simpler, smaller, and lighter. The work noise is also very lower. The reliable and energy-saving motors can feed material stably. YDG roller milling machine for salt production line has much bigger conveying capacity and is easy to be installed and maintained.

HBJFCHR
In our vibrating feeder, Vibrating Screen Feeder are rotating synchronically and oppositely. Thus the vibration absorber supported feeder can move linearly, YDG roller milling machine for salt production line and the material can move forward and get loose immediately once fall into the trough.

SKHCBFV

Vibrating Screen Feeder is designed for the sieving of solid-liquid materials. Vibrating Screen Feeder vertical motor, which is installed eccentric hammers on the top and bottom, is regarded as a vibratory source. The eccentric hammers change rotation into horizontal, vertical and inclined movement, and then pass the movement to the sieving surface. Adjusting the phase angle on the top and YDG roller milling machine for salt production line can change trajectories of the materials on the sieve.