Particles size difference after shearing force process by stator rotor in homogenizer

his video illustrates the effectiveness of a homogenizer in reducing particle sizes.

Mechanism and Benefits

The homogenizer works by using a stator and rotor system to apply shearing force on the material. Key highlights and benefits shown in the video include:

• Proven and effective homogenizer geometry

• Controlled shear energy transmission

• Precise energy intake

• Optimized residence time

• Minimal temperature rise

• Creation of smallest droplets

• Droplets within a narrow spectrum

Particle Size Comparison

The video also presents a comparison between Conventional Process Systems and the MaxxD homogenizer system:

• Conventional Process Systems: Produces a wider distribution of particle sizes, with many particles being larger.

• MaxxD: Results in a narrower distribution of particle sizes, with droplet sizes below 1 μm. This high-quality emulsion is characterized by:

  • Droplet sizes below 1 μm

  • Narrow distribution of droplets

  • Controlled shear energy transmission

This efficient process ensures a high-quality, uniform emulsion by precisely controlling the energy and shearing force applied.

[00:10] Comparison between conventional process and MaxxD systems showing particle size distribution. [00:15] Benefits of using the MaxxD homogenizer system for high-quality emulsions.