Pet Care

Standard Cocamidopropyl Hydroxysultaine made from hydrogenated coconut oil. Excellent alternative to betaines for enhanced foam and mildness while also avoiding any California proposition 65 chemicals.

A "ZERO" water, fully formulated surfactant system in a granule form. Featuring ZERO sulfates, ZERO CA proposition 65 chemical and ZERO preservative. Easily dissolves in water at point of use and can easily be pressed into bar form to avoid use of plastic packaging in final products. ...

A "ZERO" water, fully formulated surfactant system in a flake form. Featuring ZERO sulfates, ZERO CA proposition 65 chemical and ZERO preservative. Easily dissolves in water at point of use and can easily be pressed into bar form to avoid use of plastic packaging in final products. H...

Sopal SSL is a performance concentrate designed for use in preparation of structured liquid formulations. When used as prescribed, Sopal SSL will yield structured liquid formulations which are capable of high loadings of oils, emolients, and moisturizers.

Sopal SP 46 is a sulfate free, PROP 65 free performance concentrate that readily disperses at room temperature to yield clear high foaming sulfate free formulations.

Amide-free cold pearl, designed to boost and stabilize foam and viscosity. Adds superior shine and luster to any clear product without the need for heat.

Sopal Quat Rice is a 90% vegetable derived cationic conditioner based on hydrolyzed rice protein and coconut oil. Sopal Quat Rice is highly substantive which helps to strengthen, moisturize, and condition damaged hair. This product provides excellent wet compatibility, superior dry comp...

Proposition 65 free cold pearl. Add superior shine and luster to any clear product without the need for heat.

Ultra mild systems designed for baby shampoos and "tear-free" claims. Proven low eye irritation also makes this ideal for makeup removing facial cleansers.

Sopal 217 can be readily diluted to suit customer specifications. Sopal 217 has excellent salt/viscosity response allowing for wide variations in product dilutions.