How to use dhc nourishing soap

We all know that soap bases have strong cleaning power, but at the same time, excessive cleaning can cause temporary dehydration of the skin and lead to dry skin. So, here we will mainly introduce how to use dhc nourishing soap! If you are interested, come and have a look!

How to use dhc nourishing soap

Place the facial soap in wet palms and rub until foam is formed; cover the entire face with the fine and soft foam, gently massage the nose and eyes, and pay special attention to thoroughly washing the T-zone; finally, rinse thoroughly with clean or warm water.

How about dhc nourishing soap

This product is a soap base made from the saponification of fatty acids and potassium hydroxide as the cleaning ingredient. After testing the pH value, it feels less alkaline than ordinary soap, but the specific value still needs to be tested in the laboratory. Judging from the composition and arrangement, the fatty acids are palm oil, palm kernel oil and oleic acid, which should be the components of coconut oil, that is to say, the soap formed by the reaction of coconut oil and potassium hydroxide is the main component.

Why is DHC soap transparent?

From the current technology point of view, there are two technical means to achieve transparency of soap: the first method is through process control methods, while adjusting the formula, the soap particles and other opaque ingredients are stirred and ground into neatly arranged small crystals. These small crystals are so small that they are smaller than the wavelength of visible light, so that light can pass through. Thus achieving transparency. This method is theoretically feasible, but no such products have been found in mainland China.

The second method is to add polyhydroxy compounds, such as glycerin, alcohol, etc., so that soap that is not easily soluble in water can be dissolved in these transparent substances. DHC achieves transparency in this way. In addition to glycerol and alcohol, sucrose also helps dissolve soap because it contains four hydroxyl groups. The same principle applies to Sorbitol.