High-speed ceramic ultrafine homo  ​geneous emulsifier

The high-speed ceramic ultra-fine homogeneous e£'mulsifier adopts the ≠∑working principle of high-α✘φspeed shearing without gaps, so that the•↑ material can be uniformly ref♣±≤≠ined, and the particle size can reach 0.5μ. Thi↓β>÷s equipment is an upgraded equipment in the r₹ γefining industry. It is the fist product in↑≥₹ the wet refinement market '$in the future.

Because the stator and rotor o©≤f the machine are inlaid with high-h♠✔ardness special ceramic bladesα₩, it cuts and pulverizes the material at©₹€ a shearing speed of more than 1 ₹'million to 2 million per minut©★✔e. The unique fluid motion high desi♠→gn turns the material into ultra-fine micron p λ∞owder.

It has important implications for sa≠ ving raw materials, saving costs and improving <♠>the grade of equipment. The equ¶±♦☆ipment is especially suitable for appli♠↑<≥cations in medicine,↕ασ cosmetics, dyes, food, etc.

The device is virtually wear-free in appli¥ ★cation, ensuring accuracy even in long-term useσ™. These advantages are unmatched by ordinary sta÷×$αinless steel homogeni•₩↔zers.

The company can manufacture various machi₹ nes and equipment for pr‍∞←oduction and laboratory according to the re'↕‍quirements of the manufacturer, amo¶λ ¶ng which there are verticα©÷•al, horizontal, pipeline, multi-stage and♣'≤$ other flow and capacity> ♣♣ units to meet the needs of various compani♦‍≤es for wet high Requirem₩ε<ents for fine crushing.

Advantage：

1. The ultra-high 050000CPS. T§≤εhe above emulsification is fully stirred and un‍ε♣iform, and the diameter of the emulsified p←≤‍articles can reach 25μm.

2. Vacuum suction, high production frequency, s $γ imple and reliable o¶✘‍≥peration.

3. This machine can be↕↑→ used for heating, melting, vacuum and ho•↓mogeneous cooling.

4. Made of stainless st↕•π→eel, vacuum stirring is hygienic and♦✔ ÷ sterile.

5. Easy to clean.

6. The newly developed ceramic interstitial hi§£‌gh-cut homogenizing emulsifier↑♦∏↕ can make the material particle diamσ♦eter reach 0.5μm.

Technical parameter：