Potassium carbonate in liquid soaps makes it very easy to stir the soap. Potassium carbonate (potash) is a white powder used to make soap, glass and other items. It is a chemical also known as caustic. Potash is widely used in various industries. So what is potash is a common question asked by both soap makers and soap makers. Potash Simply put, potassium is an alkaline salt that can be extracted naturally or from plant ash. In making soap, you can use potash to make liquid soaps or semi-solid soaps such as black soap. Potassium carbonate is most commonly used in soap making and is involved in other processes, including soaping fats in a way other than burning alkalis and then converting fatty acids to soap by neutralizing them with sodium or potassium or hydrate carbonate.
Pure form “potash”, the same substance that is washed from the ashes of the pot and used to make soap “in ancient times”. It makes a “soft soap” of potassium, which is then boiled with added salt to replace sodium sodium and make solid soaps. Trying to do this makes one realize how much easier modern soap makers use it these days.
Potassium carbonate is a “less potent” alkali that can be used to make handmade liquid soap. It can also be added in small amounts so that the liquid soap base paste is easily mixed.
Potassium carbonate is used in many shaving soaps this is a Applications of Potassium carbonate.
The answer is both positive and negative, so caution is needed. Soap using potassium is not environmentally friendly in any situation. The choice between using a sodium or potassium base depends on the disposal of the wastewater containing the soap. What is good in one situation is bad in another. Potassium carbonate-based soap is more compatible with household gray water systems than conventional sodium carbonate-based soap. In a closed system, the sewage water passes through the gray water ponds with plastic which are the closed system, most of the water is lost through transpiration. If you use sodium-based soap, the amount of sodium accumulation in wetlands that use biofilters to purify water will be high. Accumulation of sodium in the pond or soil eventually destroys plant fertility. But potassium-based soap is not harmful. Because potassium is a macronutrient that feeds plants to inhibit their growth at slightly higher concentrations. In an open system, it is not good if potassium gets into local waters. Because as a large nutrient, it causes algae to bloom in the water, whether in a river, lake or ocean, consuming oxygen in the water and, like fish in the water, destroys oxygen. If it leaks from your garden through the public sewer system, or because the water level is close to the ground and local rivers are affected by runoff from your garden, it is best to use sodium-based soaps.
Store in a cool, dry place, securely closed on top. Avoid storing it in hot and humid places (such as garages or sheds). Keep animals out of the reach of children. You are responsible for secure storage.
While potassium is not as alkaline as potassium hydroxide, it still has a solution pH of 11.5, making it a danger to eye and skin irritation. Work with caution and use appropriate skin and eye protection.