Kaolin

Kaolin is a white clay containing aluminum and silicon in purified and powdered form it is used as an adsorbent. Prescribed orally for the treatment of diarrhea and vomiting associated with food poisoning and other digestive disorders. Kaolin can also be used in the form of powders and poultices.

Kaolin is a white clay that is one of the most common natural adsorbents. It is composed of aluminum and silicon and has the ability to absorb various substances such as toxins, heavy metals and other harmful substances.

Kaolin is widely used in medicine as a medicine. It is prescribed orally to treat diarrhea and vomiting, which may be caused by food poisoning or other digestive disorders. In addition, kaolin can be used in powder or poultice form to treat various diseases of the skin and mucous membranes.

However, kaolin should not be used without consulting a doctor, as it may have side effects and contraindications. For example, it can cause allergic reactions in some people and also disrupt the gastrointestinal tract. Therefore, before using kaolin, you must contact a specialist for recommendations and advice.

Kaolin is a white clay mixture that consists of aluminum and silicon, which are found in large quantities. This is an integral element of therapeutic therapy, used not only in medicines, but also in the food industry and other industrial sectors. In this article, we will look at everything you need to know about the composition, properties and uses of kaolin powder. So, let's begin our story!

Kaolin is used as industrial waste in the paper, food, perfume industries, etc. Waste from kaolin production is usually formed during the production of refractory materials such as kaolin products, which are produced at enterprises that produce refractories for the lining of industrial furnaces or casings of electric furnaces.

In origin and composition, it does not differ from white sapsason and belongs to the same family of clays. The plastic viscosity of sapsazole is fully preserved even when calcined to 1500 °C. In the absence of moisture, kaolin acquires the ability to maintain a solid form after calcination When moistened, it sinteres easily. The silica impurities (about 52%) of clay determine its high adsorption capacity - the ability to bind large quantities of different substances containing various chemical elements, including drugs (salicylic acid) and plant pigments (chlorophyll) absorbs carbohydrates, alcohols and acids, is poorly soluble in water and 30–80% alcohol at low salt concentrations. No flushing required. Therefore, the use of powder as a raw material—the main component in the production of medicines—is limited.

The presence of silica in it promotes the formation of colloidal solutions in it. The nature of the colloidal solution depends on the silica-clay ratio. The softening and melting temperature of kaolin depends on its composition and