kaiser

Anionics

Anionic surfactants possess unique properties that make them effective in emulsifying oily soils and lifting soils, including particulates, from surfaces. Their negatively charged head group repels from surfaces, which are often slightly negatively charged, facilitating the cleansing process. Unlike cationic surfactants, which provide an antistatic and conditioning effect by being absorbed onto surfaces, anionic surfactants generate significant foaming above their critical micelle concentration (CMC), a desirable trait for most cleansing tasks but may limit their use in foam-sensitive applications.

 

Anionic surfactants can be classified based on their polar groups, such as sulphonates, sulphates, phosphate esters, carboxylates, soaps, isethionates, and taurates. When selecting an anionic surfactant for a specific application, understanding the composition of the raw material, particularly the hydrophobe, is crucial to determining the surfactant’s performance and the properties of the formulated product. The properties of each surfactant type depend on its basic chemistry, the source of its hydrophobe, and the manufacturing process used to functionalize them. The performance and physical properties of the surfactant are closely related to its composition, leading to various applications in the detergent, personal care, food, textiles, and other industries.

At Kaiser Industries Limited, we take pride in producing anionic surfactants of exceptional quality that cater to diverse applications. Our deep understanding of surfactant chemistry and composition allows us to develop products that meet the specific needs of our customers. We continuously strive to optimize our surfactants’ performance and explore new applications, ensuring our clients benefit from efficient and high-performing cleansing solutions. Our anionic surfactants provide excellent foaming and emulsification properties, making them highly suitable for various cleansing tasks while maintaining the highest standards of quality and environmental sustainability.