What are the benefits of using a vacuum emulsifier

1. Reduce consumption and environmental sanitation

The vacuum emulsifier is equipped with a scraper or non stick coating made of PTFE. This raw material is easy to clean, not easily soluble in all organic solvents, and can withstand high temperatures. Scraper collection can collect raw material waste without interrupting the process.

2. Reduce the introduction of gas

All mixers generate a closed-loop control, which means it can avoid unnecessary gas entering the system software. Because there is basically no gas entering the system software, it can avoid creating air pockets or bubbles in the liquid state, thereby preventing leaf damage. This increases the lifespan of vacuum pump emulsifiers

3. Scalability

Its universal pump and solution system software is dedicated to undertaking reasonable metrological verification, solving and analyzing limitations.

I want to know the operating steps of the manufacturer of the vacuum emulsifier

Vacuum emulsifiers are applied in the fields of food, chemical plants, biomedicine, skincare products, etc. They are becoming increasingly effective in the expanding sales market and manufacturing. More and more people are interacting with this equipment, and it seems necessary to master its work content. Below is a detailed introduction to the actual production process of vacuum emulsifiers

Vacuum emulsification machine

1. During the entire process of work, the centripetal force generated by the rotating motor rotor causes the raw materials in the vessel to be radially sucked into the working chamber from the feeding area of the working head.

2. Raw materials are

4. After the vacuum emulsifier is in operation, the raw materials enter the second working area of the stator and rotor due to the centripetal force of the second rotor; After undergoing the double layered, concentrated, and symmetrical cutting effects of the stator and rotor, it is sprayed out from the axial direction and enters the working area of the third set of stator and rotor under the centripetal force of the third set of rotors, where it undergoes the entire process of dispersion, emulsion homogenization, and other processing techniques. After three sets of vacuum emulsifiers and rotor solutions, the raw materials were uniformly dispersed, emulsified, and homogenized in a short period of time.

A vacuum emulsifier is composed of a storage tank, mixing equipment, and intermittent high shear black anti-static tweezers or high shear black anti-static tweezers. Its mixing device is composed of a folding blade type mixing device in the middle and a low viscosity bar type mixing device. Near the bar type mixing device, there is a scraper with a scraping wall. The function of the scraper is to continuously create new pages between the inner cavity of the vessel and the raw material without leaving any blind spots.