ACCOSOFT

ACCOSOFT® 780 PG is a canola-based diamidoamine fabric softener quaternary with a high flash point. Engineered for use in wash and rinse cycle detergents and softeners in the household and textile industries, it can be combined with nonionic surfactants to create stable detergent and softener formulations. Its application extends to a variety of rinse-cycle fabric softener concentrations.

ACCOSOFT® 808-90% presents a highly concentrated imidazoline fabric softener quaternary with 90% solids content. Designed for household and industrial liquid fabric softeners, its liquid form eases handling and formulation. By incorporating this cationic surfactant, stable dispersions with solid concentrations of up to 18% can be achieved, imparting softness and reducing static cling to fabrics.

ACCOSOFT® 501 is a diamidoamine fabric softener quaternary tailored for household and commercial fabric softeners. This cationic surfactant paste boasts excellent storage stability. It can be easily formulated into dispersions with varying concentrations (2.5% to 25% solids) that exhibit instant cold water dispersibility and favorable rewetting characteristics.

ACCOSOFT® 550-90% HF is a high-flash-point diamidoamine fabric softener quaternary primarily used in household and commercial fabric softeners. With its cationic surfactant paste nature, it achieves instant cold water dispersibility, leading to dispersions with solid concentrations ranging from 2.5% to 25%.

ACCOSOFT® 808 is a liquid cationic surfactant with an 80% solids content. Tailored for use in household and industrial liquid fabric softeners, its versatility lies in creating stable dispersions with solid concentrations of up to 20%. Known for its ease of handling, it delivers softness to fabrics while reducing static cling, thereby enhancing the overall quality and comfort of laundered textiles.

ACCOSOFT® 550-90% HHV is a cationic surfactant, a diamidoamine fabric softener quaternary, commonly employed in household and commercial liquid fabric softeners. It enables the creation of high-viscosity dispersions with solid concentrations of up to 20%, all while maintaining excellent rewetting characteristics.