Potassium Hydroxide Soap Grade

Potassium Hydroxide Soap Grade CAS: 1310-58-3 | M.F: KOH | MW: 56.11, Buy now for reliable and reproducible results from ChemieR Inorganic Reagent.

Potassium Hydroxide Soap Grade (CAS: 1310-58-3) is a strong inorganic base, the substance that is commonly known as Caustic Potash or Potash Lye, and is a white, hygroscopic solid. The chemical equation of this compound is KOH. It forms a very strong solution in water, which is highly alkaline in nature. An example of a strong base that is commonly known is potassium hydroxide which is odorless in its pure state. It is highly reactive and effective which has made it widely used in chemical processing applications, industrial manufacturing as well as formulation applications.

Applications

• Soap Making: Perfect for the production of both liquid and bar soaps using the saponification process. Its high alkalinity level makes it very effective in reacting with oils and fats in order to make quality soaps.
• Hair Care Products: It is commonly employed in the development of shampoos, hair sprays and other products, where it is used to increase the cleansing properties in addition to the structure, stability and consistency in the formulation.

Key features

• High Purity: Produced to high-quality levels so that there are minimal impurities that may hinder the process of making the soap or the saponification reaction.
• Efficiency: Potassium Hydroxide Soap Grade (CAS: 1310-58-3) has strong alkaline properties that enhance rapid and complete saponification and hence is very suitable in the production of soap and detergents.
• Stability: The product has an extended storage capacity as long as the product retains its chemical activity in long-term storage, allowing the formulators and manufacturers to count on it to give steady and reliable outcomes.
• Cost-Effectiveness: It can be used in small-scale production and in large-volume industrial operations because it was designed to provide competitive prices but with high-performance.

General Description

Potassium Hydroxide Soap Grade (CAS: 1310-58-3) or Caustic Potash or Potash Lye is a key chemical reagent that is available at ChemieR Inorganic Reagents, a trusted supplier of laboratory chemicals, industrial reagents, and research-grade products. This product is designed to satisfy the high standards of the current soap producers and chemical formulators who need to achieve the same performance and obtainable results in each batch. Having a molecular formula of KOH and CAS number 1310-58-3, this grade of potassium hydroxide is specifically intended to be used in processes where the potassium hydroxide is required to possess strong alkalinity and high chemical purity. It is especially useful in the process of manufacturing soaps in industries because it requires reliability in saponification and quality of the product.

When you need to find where to purchase Potassium Hydroxide Soap Grade or the best value on Potassium Hydroxide Soap Grade, this can easily be ordered online with secure order taking, fast shipping services, and customer care available. To obtain current prices and bulk buying orders on Potassium Hydroxide Soap Grade (CAS: 1310-58-3), our sales team can be contacted. It has competitive pricing structures for both individual buyers and large-scale manufacturers. Orders today to guarantee raw materials of high quality in the production of professional soaps and in the process of chemical applications. Order Potassium Hydroxide Soap Grade online from ChemieR today and receive your products fast, secure, and reliably so that you succeed in your project.

About Brand

ChemieR provides an extensive selection of high-purity salts, acids, base and high purity solvents, including alkali metals, alkaline earth compounds, perchlorates, heavy metals, rare earths, transition metals, silver and precious metals, and triflates. ChemieR specialize in inorganic chemicals, offering materials with low moisture content and minimal trace metals. ChemieR stands out with a diverse range of laboratory chemicals, from organic and inorganic reagents to solvents.