1. Reduce consumption and sanitation

The vacuum emulsifier is equippedε<₩ with a scraper or non±εΩ-stick coating made of P↑★TFE. The raw material isσ&≤← easy to clean, does not easily d©δissolve all organic solvents, and can withstandλε high temperatures. The scraper co ✘llects raw material waste that can be collected φ"→without interrupting the process.

2. Reduce the introduction of gas

All mixers produce a c☆♦↕✔losed loop control, which means that it avoids ®§unnecessary gas entry into the syst¶" ™em software. Because essen&©tially no gas enters thγ♣e system software, it is possible to avoi​¶ d the creation of air ¶★pockets or bubbles in λ≥ the liquid state, thereby preven♦‍↕↑ting leaf damage. This increases the useful life>φ of the vacuum pump emulsifier.

3. Scalability

Its comprehensive pump and solution sy←σππstem software is dedic‍"→δated to taking reasonable metrology verifica<¥tion, solution and ana→±lysis limits.

Want to know the ope™®σ←ration steps of the va↑∏₽±cuum emulsifier manufacturer

Vacuum emulsifiers are used in fo∞'‍od, chemical plants, biomedicine, skin∑♠¥​ care products and other fi↑→→elds. They are more and more effective in the pro ‌β∏duction and manufacturing of the expanding sβ♦ ales market. People are increasingly interacting ↓÷ €with this equipment and mastering its work. The ↔λ&content seems to be very necessary. The actβ<"∑ual production process of the vacuum emulsifi£♣≠₹er is described in detail below.

Vacuum emulsifier

1. During the whole workin§✔g process, under the effect of centr¥‌ipetal force caused by the rotat←‌✘'ing motor rotor, the raw materials in the vesse"♠σl are radially sucked into the working middle cav ∑ity from the feeding area of the working​←Ω middle head.

2. The raw material is

3. After the vacuum emulsifier is ♦Ω♦in the group work, the rawα®β↔ material enters the second stator ♦±εand rotor working area from the effect o♣✘✘≥f the second group rotor centripetal±♥∞× force; once again goes throug÷≠h the stator and rotor double layers, ag <gregation, and uniform cuttin'αg functions. Then, it spews out from thφ®‌e axial direction, and under the effect ∏​δof the centripetal force of the third✘β¥♣ group of rotors, it±< enters the working area of the third g£σ roup of stators and rotor₩δ₽÷s to carry out the whole process of dis​ ∞αpersing and homogenizing the emulδ$♥sion. After the three setβ↓←s of stator and rotor of the vacuum emulsifier a‍♦♥←re successively solve‌♦d, the raw materials™Ω​σ can be uniformly solved in a short period of☆© time, and the whole process of disperπ​∑sion, emulsion and homogenization is carried outα↔ ε.

The vacuum emulsifier is composed of ✔∏≠storage tanks, stirring equipmen"↓ t and intermittent high-shear black anti-static↕←​ tweezers or high-shear black anti-static twee¶$zers. The bar stirring device∑♥×& is composed of a sc>☆¥raper that scrapes the wall nea ★r the bar stirring device. T♦↕€he function of the scraper is to Ω×₩∏make the inner cavity of th♥↕εe vessel and the raw material continue ✔÷$to create new pages ±∑≠without leaving any blind spots.