MSJRJ300SHSWISS High Shear Emulsifier Homogenizer

The MSJRJ300SHSWISS high-speed shear dispersing emulsifier is designed for efficient mixing of liquids with varying viscosities and the pulverization of granular materials within a liquid medium. Driven by a series excited micro high-speed motor, this emulsifier offers compact design with advanced functionality. The equipment is constructed from high-density die-cast aluminum for the motor and high-quality stainless steel for the emulsification head, ensuring durability and excellent performance.

Product Features

• Stepless Governor: The digital display controller incorporates a stepless governor, allowing precise speed control with ease and accuracy.
• Powerful Motor: Equipped with a high-output, compact motor that is both safe and reliable, ideal for intensive shear emulsification tasks.
• High-Quality Mixing Head: The shear emulsification mixing head is made of corrosion-resistant stainless steel, ensuring longevity. It features an interchangeable stator system, allowing for quick disassembly and replacement, and ensuring stable operation at high speeds.

Stator Replacement Procedure

To change the stator:

1. Use the provided wrench to unscrew the three nuts.
2. Remove the outer stator ring from the working head.
3. Replace the stator with the appropriate configuration.
4. Reassemble the outer ring and tighten the nuts evenly.
5. Ensure the drive shaft moves smoothly with no looseness.
   This process is demonstrated in the accompanying photo.

Technical Parameters

• Model: MSJRJ300SHSWISS (Digital display)
• Speed Range: 200 ~ 11,000 rpm
• Maximum Stirring Capacity: 40 L
• Input Power: 510 W
• Output Power: 300 W
• Dimensions: 315 x 200 x 780 mm
• Rated Torque: 34.1 N.cm
• Working Head Diameter: Φ70 mm
• Stator Configuration: 5, 20, 50 mm²
• Power Supply: AC 220 V, 50 Hz
• Net Weight: 12.5 kg
• Packing Dimensions: 585 x 335 x 180 mm

The MSJRJ300SHSWISS is an ideal solution for tasks requiring high-speed shear emulsification and homogenization in both research and industrial settings.