When soap makers make soap, they use acid in the process. However during the saponification process the harmful acid combines with the fats to form soap. In cold process soaps you need to let your soap cure, during that process the dangerous unreacted lye that may be in the soap converts to soap, thus it would be safe to use after aprox 2 weeks.
If you are using Melt & Pour Soap, all lye (acid) converts and reacts with the Oils since heat is used in the soap making process. The Melt & Pour Soap is ready for use immediately after being made.
Quite the oppposite - most soaps are bases. Totally different pH balances.
No, acids are not soapy to the touch. Acids tend to have a more corrosive or burning sensation when touched, while soaps are typically slippery and smooth.
Acids play a role in the saponification process, where fats and oils react with a strong base to form soap. The presence of acids can affect the pH and cleansing properties of the soap. Additionally, acids can help in the removal of dirt and oil from surfaces due to their ability to break down and dissolve substances.
Soaps are typically produced by the reaction of a base (such as sodium hydroxide or potassium hydroxide) with a fatty acid. Therefore, soaps are considered the salts of fatty acids and are generally characterized as being basic in nature.
the examples are soaps digene tablets detergents and many more
Quite the oppposite - most soaps are bases. Totally different pH balances.
Soaps are salts of fatty acids and hence are compounds.
Soaps are salts of fatty acids and hence are compounds.
No, acids are not soapy to the touch. Acids tend to have a more corrosive or burning sensation when touched, while soaps are typically slippery and smooth.
Acids play a role in the saponification process, where fats and oils react with a strong base to form soap. The presence of acids can affect the pH and cleansing properties of the soap. Additionally, acids can help in the removal of dirt and oil from surfaces due to their ability to break down and dissolve substances.
Soaps are salts of fatty acids and hence are compounds.
Chemically Detergents are the salts of long chain sulphonic acids and soaps are the salts of long chain fatty acids, both work in normal water but in hard water only detergent works , so detergents may work as soaps but soaps do not work as detergents.
Soaps are typically produced by the reaction of a base (such as sodium hydroxide or potassium hydroxide) with a fatty acid. Therefore, soaps are considered the salts of fatty acids and are generally characterized as being basic in nature.
the examples are soaps digene tablets detergents and many more
No, acids do not give soaps their useful properties. Soaps are typically made from the reaction of fats/oils with a strong base (such as sodium hydroxide) in a process called saponification. This reaction produces soap molecules, which have both hydrophilic and hydrophobic ends, allowing them to effectively clean by attracting both water and oil-based dirt.
Soap is a base. Many bases have the same slippery properties that soap does.
Washing soap is designed to remove tough stains and dirt from clothes, while bathing soap is formulated to cleanse the skin and maintain its moisture balance. Bathing soap usually has milder ingredients suitable for the skin, while washing soap has stronger cleaning agents for fabrics.