laboratory homogenizer Homogenizer Lab lab homogenizer

Applications of laboratory homogenizer laboratory homogenizer  shearing dispersing emulsifier is driven by a compact series-excited miniature high-speed motor. laboratory homogenizer is suitable for stirring and mixing low to medium and high viscosity liquids in laboratories or pilot plants, and shearing and emulsifying crushed granular materials in liquid media. . The machine is composed of high-density die-casting aluminum alloy as the body of the drive motor, high-quality stainless steel refined shear emulsification working head and speed controller and so on.

Products Details

laboratory homogenizer  shearing dispersing emulsifier is driven by a compact series-excited miniature high-speed motor. laboratory homogenizer is suitable for stirring and mixing low to medium and high viscosity liquids in laboratories or pilot plants, and shearing and emulsifying crushed granular materials in liquid media. . The machine is composed of high-density die-casting aluminum alloy as the body of the drive motor, high-quality stainless steel refined shear emulsification working head and speed controller and so on.
Model

JRJ300-D-1

range of rotation

 

 200-11000r/min

Maximum Stirring Volume:

 

40L

input power

 

510W

Output Power

 

300W

Power

 AC 220 V 50 Hz

Rated torque

 

34.1N.cm

Working head diameter

 

φ70mm

Stator configuration

:

 5mm²,20mm²,50mm²

1. The running state controller adopts a stepless speed regulator, and the digital display type adopts a touch structure, Homogenizer Lab is convenient for speed regulation and the data is correct. 2. The driving motor adopts a series-excited micro motor with large output power and compact structure, and the design is safe and reliable. 3. The cutting emulsification mixing head is made of high-quality stainless steel, which has good corrosion resistance and is easy to disassemble and assemble with interchangeable stators. 4. Homogenizer Lab shearing emulsification mixing head is connected with the drive motor by a coupling joint, and the operation is stable at high speed.

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