The daily chemical industry thrives on innovation, constantly seeking ingredients that can enhance product performance and consumer experience. Diallyldimethylammonium Chloride (DADMAC), CAS 7398-69-8, is a versatile cationic monomer that finds valuable applications in personal care products, notably in hair care formulations like shampoos.

In shampoos and other hair care products, DADMAC-derived polymers act as effective conditioning and antistatic agents. Their cationic nature allows them to adsorb onto the negatively charged surface of hair strands. This adsorption helps to smooth the hair cuticle, reduce frizz, improve combability (acting as a combing agent), and impart a soft feel. The antistatic properties are particularly beneficial, preventing static cling and flyaway hair, which are common consumer complaints.

For formulators in the daily chemical sector, the ability to buy DADMAC from a trusted manufacturer is crucial. The purity and consistency of DADMAC ensure predictable performance and safety in consumer products. As a leading supplier, we provide DADMAC (CAS 7398-69-8) that meets the high standards required for personal care applications. Our commitment to quality means you can confidently incorporate our DADMAC into your shampoo formulations.

The benefits of using DADMAC in daily chemicals are clear: improved conditioning, enhanced antistatic properties, and a better sensory experience for the end-user. Its excellent water solubility makes it easy to integrate into aqueous formulations, and its inherent stability at room temperature simplifies storage and handling for manufacturers.

We offer DADMAC at competitive prices, especially for bulk purchases, making it an accessible ingredient for both large corporations and smaller specialized brands. If you are looking to enhance the performance of your hair care products with a high-quality, versatile ingredient, consider DADMAC. Contact us for a quote or sample to explore how our DADMAC can elevate your daily chemical formulations. We are your reliable partner for essential chemical intermediates.