This article discusses the topic of potassium carbonate in cosmetics.The skin is the largest organ in the human body, and just as our liver is sensitive to diet or the lungs to smoking, so is the skin to the chemicals we put on it. We expose our skin to more toxic chemicals than you think. We live in a society where we are constantly looking for the best new product or miraculous anti-aging treatment.Potassium carbonate (also called tartar salt or pearl ash) is an inorganic salt that exists as a white, odorless powder. It is used in lotions to improve freckles on the face and body, liquid shampoos, fading creams, lotions and commercial soap production. Its pure form is irritating to the skin, so avoid direct contact.Potassium carbonate and sodium carbonate are widely used in many fields and play an important role as a base material or additive in organic synthesis.However, in general the solubility against organic solvents is low and requires efficient dispersion using small particles and depends on the reaction systems.Calcium carbonate, magnesium carbonate, potassium carbonate and carbonate are all carbonic acid salts. All of these ingredients are white powders. These carbonate salts are used in bath products, cosmetics, personal hygiene products, shaving products, oral care products and skin and hair care products.Potassium carbonate is used in cosmetics, as a raw material or chemical intermediate for the production of final products.The most important driver of the global potassium carbonate market is the high demand from the glass industry. It is used to make optical glass, especially for cathode ray tubes used in televisions, computer monitors and other electronic devices. In addition, the development of cost-effective manufacturing methods for washing liquid detergents using potassium carbonate has the potential to generate high revenue potential among major detergent manufacturers in the global market.The growing demand for laundry detergent can be attributed to the increasing desire for automatic washing machines, which increases the market demand for potassium carbonate. The world’s leading manufacturers of this material pay attention to industries such as industrial and corporate cleaning, special glass, food and medicine, and cosmetics.
Potassium carbonate is an important mineral, pharmaceutical and raw material for light and important industries. This material is mainly for optical glass, welding rods, tubes, TV tubes, lamps, printing and painting, paints, inks, photographic materials, polyester, explosives, plating, leather, ceramics, building materials, crystals, soap And is used in the production of medicine. Potassium carbonate is also used in cosmetics.As a gas absorber, dry powder extinguisher, antioxidant is used. It is also used to remove the synthesis gas of carbon dioxide fertilizer and potassium fertilizer. With the continuous development of advanced technology, potassium carbonate in detergents and MSG, E501 food and other fields is also expanding this is a Applications of Potassium carbonate.
Potassium carbonate can be prepared by burning organic matter and using the produced ash. Because potassium and carbon are present in many living organisms.It has traditionally been produced by burning organic matter and crystallizing potassium carbonate for hundreds of years.Identify organic matter. For example, the branches of trees or reeds are needed to make ash as the first step in making potassium carbonate. Most plants and trees contain potassium carbonate. Only in different amounts, if you use trees, be sure to include leaves and twigs in it, because this part contains the most potassium.Burn this organic matter in a well-ventilated container, as oxygen is needed for these chemical reactions. This oxygen combines with the carbon in organic matter to produce CO3, or carbonate, as part of potassium carbonate.Transfer the burnt ash to waterproof containers and cover the ash completely with water. Put the ashes in these containers for at least 24 hours. During this soaking, potassium carbonate or potash dissolves in water. The remaining ash is not soluble.Filter the ash through a cotton ball into a container. Place the ashes on a cotton ball, lift the edges of the sheet upwards to prevent it from spilling, and pour cold water over the ashes. Collect this water, which contains soluble potassium carbonate.Put the water in the pot on the heat. Gently boil the potassium carbonate water. Continue this until the crystals form at the bottom of the container in a thick solution. As it cools, more crystals form, these are potassium carbonate crystals that form when there is no longer enough water for the molecules to remain in solution. These crystals are a kind of raw potassium carbonate or potash.