Technical Specifications| The total capacity of the mixer | 1L | Motor power | 11KW |
| Power take-off speed | 2~120Rpm | Rotor ratio | 1:1.24 |
| Temp. control accuracy | ±1℃ | Torque sensor | Electronic direct-link torque measurement |
| Feeding port pressing method | Hydraulic pressing | The pressure of the pressing block on the material | 0.1~0.25Mpa |
| Cooling of the mixing chamber and the front and rear rotors | Water | Temperature control | 2-Zone |
| Maximum heating temperature | 250℃ | Torque measurement range | 0~1200Nm |
| Torque measurement accuracy | 0.1~0.5%FS | Control mode | Manual, automatic, computer PLC |
| Computer measurement and control | Torque, material temperature, speed
| Rotor type | Banbury |
| Control analysis software | Melting, Thermal Stabilization, Crosslinking, Superposition, Customization |
FAQ
What processes is the 1 L lab mixer used for?
Kneading, dispersing, mixing and plasticising of rubber, plastic raw materials and engineering modified compounds; also rheological testing of compounds and crosslinking (curing) tests of thermoplastics.
What are the capacity and torque range?
Total chamber capacity 1 L, torque range 0-1200 N·m, accuracy 0.1-0.5% FS; motor power 11 kW.
What are the speed and maximum heating temperature?
Rotor speed 2-120 rpm, maximum heating temperature 250 °C, temperature accuracy ±1 °C.
How is the material pressed?
Hydraulic ram feeding, with a pressure of 0.1-0.25 MPa on the material. The chamber and rotors are water-cooled, with 2 temperature control channels.
How does it differ from the 0.5 L model (CSM-0.5/150)?
The 1 L model has 1 L capacity, 0-1200 N·m torque, 250 °C maximum, 2-120 rpm and 0.1-0.25 MPa ram pressure. The 0.5 L model has 500 mL capacity, 0-500 N·m, 350 °C maximum, 2-150 rpm and 0.3-0.6 MPa ram pressure.
What control modes and test modes are supported?
Manual, automatic and computer/PLC control. The analysis software covers melting, thermal stability, crosslinking, superposition and custom test modes. The computer monitors torque, material temperature and speed.