STEOL® 270-S-U by Stepan Company is an excellent foamer regardless of water hardness. STEOL® 270-S-U is useful in shampoos, bath products and hand soap. It is also suitable for mild cleansing as... view more

STEOL® BES 27 by Stepan Company is an excellent foaming agent regardless of water hardness. STEOL® BES 27 is useful in shampoos, bath products and hand soap. It is also suitable for mild cleansing... view more

STEOL® BES 70 by Stepan Company is an excellent foaming agent regardless of water hardness. STEOL® BES 70 is useful in shampoos, bath products and hand soap. It is also suitable for mild cleansing... view more

Ammonium Laureth Sulfate. STEOL® CA-230-D by Stepan Company is a surfactant. It exhibits foam and viscosity characteristics. It offers improved mildness over ammonium lauryl sulfate. It is... view more

Ammonium Laureth Sulfate. STEOL® CA-330 by Stepan Company is a surfactant. It exhibits good foam and viscosity characteristics. It provides improved mildness over ammonium lauryl sulfate. STEOL®... view more

Ammonium Laureth Sulfate. STEOL® CA-330-E by Stepan Company is an anionic surfactant and a foam booster. It offers viscosity characteristics along with low skin irritation potential. STEOL® CA-330-E... view more

STEOL® CA-330E by Stepan Company is an excellent surfactant for low pH & clear gel. STEOL® CA-330E is used for liquid shampoos, bath and cleansing products... view more

Ammonium Laureth Sulfate. STEOL® CA-370 by Stepan Company is a surfactant. It exhibits good foam and viscosity characteristics. It offers benefits including improved mildness, low skin irritation... view more

Sodium Laureth Sulfate. STEOL® CS-130 by Stepan Company is a surfactant. It possesses foaming and viscosity building properties. It offers characteristics such as mildness, skin compatibility and... view more

STEOL® CS-130 HP by Stepan Company is an anionic surfactant. It offers excellent skin compatibility along with good foam and viscosity characteristics. It is readily biodegradable, preservative-free... view more

Sodium Laureth Sulfate. STEOL® CS-170 UB by Stepan Company is an anionic surfactant and foam booster. STEOL® CS-170 UB finds application in shampoos, bath products, cleansing products and liquid... view more

Sodium Laureth Sulfate. STEOL® CS-225 by Stepan Company is a mild anionic surfactant. It exhibits good wetting, foaming and detergent properties. STEOL® CS-225 is sued in personal care 2-in-1... view more

Sodium Laureth Sulfate. STEOL® CS-230 by Stepan Company is a foaming and viscosity building agent. It provides improved mildness over sodium lauryl sulfate without sacrificing critical performance... view more

Sodium Laureth Sulfate. STEOL® CS-230 HA by Stepan Company is an anionic surfactant. It provides excellent foam regardless of water hardness and low skin irritation properties making it suitable for... view more

Sodium Laureth Sulfate. STEOL® CS-230 K by Stepan Company is a foaming and viscosity building agent. It provides improved mildness over sodium lauryl sulfate without sacrificing critical performance... view more

Sodium Laureth Sulfate. STEOL® CS-230 KE by Stepan Company is a mild anionic surfactant. It provides good foaming, good wetting and high detergency properties. STEOL® CS-230 KE is recommended for... view more

Sodium Laureth Sulfate. STEOL® CS-230 PC HP by Stepan Company is an anionic surfactant. It offers excellent skin compatibility along with good foam and viscosity properties. STEOL® CS-230 PC HP is... view more

Sodium Laureth Sulfate. STEOL® CS-230 PCK by Stepan Company is a foaming and viscosity building agent. It provides improved mildness over sodium lauryl sulfate without sacrificing critical... view more

Sodium Laureth Sulfate. STEOL® CS-230E by Stepan Company is an excellent foamer regardless of water hardness. STEOL® CS-230E is used in shampoos and bath products. It is also suitable for mild... view more

Sodium Laureth Sulfate. STEOL® CS-270 by Stepan Company is a foaming and viscosity building agent. It provides improved mildness over sodium lauryl sulfate without sacrificing critical performance... view more