Diethanolamine, commonly identified by its CAS number 111-42-2, is a widely used organic compound in various industrial applications. Its application range extends from cosmetics and personal care products to industrial manufacturing processes. Through years of experience and study in the field, insights into the real-world application and effects of Diethanolamine are invaluable for industries seeking to optimize their use of this compound.

Within the personal care and cosmetic industry, Diethanolamine serves as an emulsifier and surfactant. It is particularly praised for its ability to help in mixing water- and oil-based ingredients, enhancing the texture and stability of products such as shampoos, conditioners, and lotions. The versatility it provides is unmatched, allowing formulators to achieve desired product characteristics efficiently. However, the expertise lies in maintaining safe concentration levels since the compound’s interaction with nitrosating agents can lead to the formation of harmful nitrosamines. In manufacturing, Diethanolamine's application extends to the production of textile and leather finishing agents, encouraging the desired softness and uniformity in textures. Its role as a corrosion inhibitor is particularly noted in metalworking fluids, where it protects machinery and extends equipment life, showcasing both an expert understanding of material interactions and an authority on maintaining industrial equipment longevity. This dual functionality as an anti-corrosive agent and emulsifier highlights its industry-wide trustworthiness, as manufacturers continue to rely on its robust performance in challenging environments.

diethanolamine cas number
Understanding the authoritative research on Diethanolamine usage further emphasizes its powerful application, yet raises the importance of adhering to regulatory guidance. Various studies highlight the need for meticulous oversight in its application due to potential health risks associated with prolonged exposure. Professional guidelines encourage strict adherence to safety data sheets (SDS) and local regulations enabling industries to harness the efficacy of Diethanolamine without compromising on safety standards. A typical challenge faced by industries is the safe storage and handling of Diethanolamine. With extensive expertise, industry leaders recommend storing it in a cool, dry, well-ventilated space, away from incompatible materials such as strong oxidizers and acids. Proactive measures like regular training for staff handling the compound and investing in safety equipment further exemplify trustworthiness and commitment to safety standards. In conclusion, Diethanolamine, identifiable by CAS number 111-42-2, continues to be a compound of choice across multiple industries due to its exceptional emulsifying and corrosion-inhibiting abilities. While its benefits are substantial, leveraging expert knowledge and adhering to safety practices can significantly enhance trust and safety for industries and consumers alike. The balance between utilizing its properties and maintaining safety measures underscores its integral role in contemporary industrial applications, marking it as a compound with trusted authority and professional expertise.