CE/ISO Rubber Compounding Dispersion Pressurized Banbury Kneader
Mixer Mixing Machine
The series of rubber kneader machine is a type of dispersion
kneader, consist of pneumatic control system, electric control
system, tilting mechanism, mixing chamber, main driving system,
dust sealing device, thermal resistance, rotor and cooling/heating
system. You can choose the right model according to your needs.
Below is the main technical parameters of the models:
Features
- Materials are plasticizing and mixing in a closed, pressurized and
temperature-controlled space, thus it can achieve high
productivity, good and stable quality.
- Compared with open mixing mill, it is more energy effective and the
capacity is 6-8 times more under the same power level.
- The special dust sealing unit provides reliable sealing.
- The machine is rather durable in use, because the rotor uses 42Crmo
material and is plated by hard chrome so does the decelerator and
gearbox.
- Effective temperature control - excellent cooling or heating effect
(All the parts in contact with stock adopt jacket design in order
to lead water/steam/medium oil to control the temperature.)
- The electrical control system adopts PLC, thus it provide perfect
and reliable control, detection & alarm and the necessary
safety interlocking functions.
1.Blade of rotors are well designed for better
dispersion&faster cycle time.
2.Effective cooling system to control overheating.
3.Easy Cleaning for color change.
4.Hydraulic tilting system for trouble free working.
5.Simple operation through quality designed electric
panels&safety.
Description:
1)Maximum Dispersion & High Production
Double blades, proper clearance & high cooling effect gives
excellent dispersion . Its production is 4 to 5 times more than an
ordinary mixing mill thus saving on labor and electricity.
2) Easy Cleaning and Colour Change
Mixing chamber can be tilted which enables easy cleaning, because
of this, different coloured compounds can be made nice.
3)Short Mixing Time
Mixing time ranging from 6 to 12 minutes depending on compound's
specific gravity.
Parameter
