Application of homogenizer

Here are a few specific examples to briefly illustrate the application of homogenizers:

Why cosmetics are absorbed by the skin: It is often heard in cosmetics advertisements that they penetrate the surface of the skin and are absorbed by the skin. In fact, it is impossible for the skin to absorb it, but there is a scientific basis for it to penetrate into the surface of the skin. Biology tells us that the average diameter of micropores in the human epidermis is about 1.5 microns, while the average particle size of most cosmetic ingredients after being subjected to a homogeneous pressure of 450 kgf/cm is around 1 micron. This makes it easy to understand how cosmetics penetrate the skin. It is not difficult to understand why the foreign cosmetics industry extensively uses high-pressure homogenizers.

How to improve the absorption rate of turtle essence, royal jelly, pollen oral solution, drugs, etc. in the human body: In the production of these relatively valuable products, improving the absorption rate of the human body has great significance, because increasing the absorption rate means reducing the amount of raw materials used to achieve the same effect, which means reducing production costs. How to achieve this goal? As we all know, the reason why the human body absorbs is due to the action of enzymes, and the absorption efficiency largely depends on the area of enzymatic reaction. The smaller the particle size of substances entering the human body, the larger the surface area that reacts with enzymes, resulting in higher absorption efficiency. The function of a high-pressure homogenizer is to extremely refine the particles of the medium (the average particle size of liquid-liquid homogenization is below 1um), and the homogenized product can also obtain advantages such as non precipitation, high gel like, and high stability, thereby greatly improving the appearance of the finished product. Therefore, the benefits of using a high-pressure homogenizer in more expensive oral liquids are obvious.

According to the principle described in Article 2, it is not difficult for everyone to understand why the use of high-pressure homogenizers can improve the efficacy of chemical catalysts, various additives, and other chemical products.