The steadily increasing demand for powders of plastic, rubber, or minerals of any kind as well as the constantly expanding quality requirements with regards to flow ability, bulk density, particle size distribution and grain Structure, call for pulverizing systems of most modern technology. Viraj Extrusion offers complete standard and custom systems developed and proven in practical applications.
Viraj Extrusion pulverizing systems for plastic and rubber operate on a special processing principle. Granulated feed material is fed into the mill. A suction system optimally designed for this application draws the ground material out of the mill. Different screening systems are used to achieve the desired powder qualities. Coarse material from the screen is reintroduced into the mill via a closed-loop system. The finished product is weighed in bags.
For fully automatic round the clock operation, Viraj Extrusion offers pulverizing systems with specially developed controls. Sensors for temperature, pressure and power consumption register and control the system according to preset parameters.
Sr. No.
Models
Disc. Dia
(mm)
Main Motor
(HP)
Output in Kg./hr.
Floor Space
1
VP - 80
300
20
80 to 100
2
VP - 100
400
30
100 to 150
3
VP - 125
400
40
125 to 175
4
VP - 150
400
50
150 to 250
5
VP - 300
600
75
300 to 600
6
VP - 500
600
I OO
500 to 1000
Output depends upon Material, material size and material quality.
Features & Advantages
Mill body is designed with water cooling system to prevent access heating inside of mill body.
Bearing housing is designed with water cooling system for better bearing life.
Mill door Water cooling system is provided into mill door which maintain the stationary disc temperature which will gives the better life of disc.
Feeding hopper showing low level indicator. Auto tripping system available in case of motor overload and access temperature in material output.
A temperature sensor (which is provided at the end of mill body) and main motor ampere are synchronized with feeding unit.
Feeder unit automatically stops in case of motor ampere increased or temperature increased to the set value.