logo
banner

News Details

Home > News >

Company news about How does a laboratory vacuum emulsifier work?

Events
Contact Us
Mrs. Samson Sun
86--18665590218
Contact Now

How does a laboratory vacuum emulsifier work?

2025-11-07
How does a laboratory vacuum emulsifier work?​
 
The core working principle of a laboratory vacuum emulsifier combines vacuum technology with mechanical shearing to achieve high-quality emulsification. Here’s a step-by-step breakdown:​
  • First, the equipment creates a vacuum environment inside the mixing chamber. This removes air bubbles from the material, preventing oxidation, reducing foam formation, and ensuring a smooth, uniform end product.​
  • Next, a high-speed shear homogenizer (usually a rotor-stator system) rotates at high speeds to break down large particles or droplets in the material into smaller, evenly distributed ones. This process is critical for forming stable emulsions (e.g., oil-in-water or water-in-oil mixtures).​
  • Some models also include auxiliary mixing components (such as anchor agitators) to ensure thorough circulation of the material, ensuring that all parts of the mixture are exposed to the shearing action and vacuum conditions.
banner
News Details
Home > News >

Company news about-How does a laboratory vacuum emulsifier work?

How does a laboratory vacuum emulsifier work?

2025-11-07
How does a laboratory vacuum emulsifier work?​
 
The core working principle of a laboratory vacuum emulsifier combines vacuum technology with mechanical shearing to achieve high-quality emulsification. Here’s a step-by-step breakdown:​
  • First, the equipment creates a vacuum environment inside the mixing chamber. This removes air bubbles from the material, preventing oxidation, reducing foam formation, and ensuring a smooth, uniform end product.​
  • Next, a high-speed shear homogenizer (usually a rotor-stator system) rotates at high speeds to break down large particles or droplets in the material into smaller, evenly distributed ones. This process is critical for forming stable emulsions (e.g., oil-in-water or water-in-oil mixtures).​
  • Some models also include auxiliary mixing components (such as anchor agitators) to ensure thorough circulation of the material, ensuring that all parts of the mixture are exposed to the shearing action and vacuum conditions.