Products in Nonionic Surfactants: Cocamide MEA

NINOL® COMF-N is available in a flaked form of coconut MEA amide, providing properties such as foam boosting, stabilization, and viscosity enhancement. This nonionic surfactant holds value in personal care applications such as shampoos, personal cleansers, liquid dish detergents, and laundry detergents.

NINOL® CMP is a prilled nonionic surfactant based on coconut mea amide, providing foam-boosting, stabilization, and viscosity-building properties. Its applications span personal care products like shampoos, bath products, and liquid dish soaps, as well as laundry detergents, metalworking fluids, cutting fluids, and drawing compounds.

Amidex™ CME surfactant is a naturally derived viscosity builder, foam enhancer, and stabilizer. It can be used in shower gels, shampoos, hand soaps, skin cleansers, and other cleansing products when a tight, dense, luxurious foam is desired. It is 100% coconut oil-derived.

Suframide 301 is a versatile compound ideal for various bath and shower applications, such as bar soaps and bubble baths. It's formulated to provide a range of benefits, including viscosity enhancement, foam stability, foam improvement, refatting properties, effective cleaning, emulsification, solubilization, compatibility with other ingredients, emollient properties, smoothness, low odor, and excellent wetting capabilities. In the realm of household and industrial ingredients, Suframide 301 exhibits features like increased viscosity, improved foam stability, effective cleaning, emulsification, solubilization properties, enhanced foam formation, high stability, excellent foaming, compatibility, and superior wetting characteristics.

Suframide HF is a versatile nonionic surfactant serving as a foam booster and stabilizer. Renowned for its stabilizing benefits, this product carries labeling claims of being nitrosamine-free and non-toxic. Suframide HF is marked by high stability features, making it an ideal choice for a range of applications, including bath and shower, hair care, and surface care.

Suframide 300 is a versatile nonionic surfactant known for its functions as a foam booster and stabilizer. This product is distinguished by its benefits in foam enhancement and stabilization, with a notable labeling claim of being nitrosamine-free. Suframide 300 is designed with high stability features, making it an excellent choice for various applications, including baby care, bath and shower, hair care, and skin care.

Pharm-Rx Cocamide MEA is a versatile cosmetic ingredient that functions as a foam booster and viscosity modifier. Its INCI name is Cocamide MEA.

Galaxy™ 101, featuring Cocamide MEA, a versatile ingredient with a multitude of applications. This product functions as a fragrance solubilizer, foam stabilizer, and viscosity promoter. Whether used in home care, personal care, or agrochemical formulations, Galaxy™ 101 ensures stable foam, enhanced viscosity, and effective fragrance solubility.

Galaxy™ 100, featuring Cocamide MEA, serves diverse applications across home care, personal care, and agrochemical sectors. This versatile ingredient functions as a stable foam enhancer, surfactant (nonionic), and viscosity promoter. It ensures viscosity boosting, foam stability, and foam enhancement, making it ideal for various rinse-off and bar formulations.

100 % active. Foam booster, viscosity builder for detergent based systems.

100 % active. Foam booster, viscosity builder for detergent based systems.

Cocopure BC102 is composed of surfactants naturally derived from coconut oil that is readily biodegradable. Excellent in removing dirt and food stains in baby clothes without damaging the fibers of the cloth. It produces fine foam with exceptional rinsing ability, leaving no residual. Cocopure BC102 maximizes warehouse storage capacity by combining key components in one product, thus promoting hassle-free handling and manufacturing.

Mosselman Coconut Monoethanolamide is a non-ionic surfactant which is often used as a foam booster in deter-gents.

Cocopure BC101 is composed of surfactants naturally derived from coconut oil that is readily biodegradable. Excellent in eliminating dirt or substances adhered over the surface of feeding bottles. It produces fine foam with exceptional rinsing ability, reducing build-up that causes growth of harmful microorganisms. Cocopure BC101 maximizes warehouse storage capacity by combining key components in one product, thus promoting hassle-free handling and manufacturing.

Cocopure HC301 is composed of surfactants naturally derived from coconut oil that is readily biodegradable. Excellent in removing dirt and stains adhered on clothes without damaging the fiber and color of the cloth. It produces fine foam, with exceptional rinsing ability, leaving no residual. Cocopure HC301 maximizes warehouse storage capacity by combining key components in one product, thus promoting hassle-free handling and manufacturing.

Fil-Amide® 300 is a non-ionic surfactant derived from highly refined coconut oil. It is used as a foam booster and foam stabilizer in soaps, detergents and shampoos.

Fil-Amide® 305 is a glycerine-free super amide derived from distilled coconut fatty acids. It is designed to give a better foaming and viscosity building properties for liquid soaps, detergents, and shampoos.

Fil-Amide® 301 is a non-ionic surfactant derived from highly refined coconut oil. It is used as a foam booster and foam stabilizer in soaps, detergents and shampoos.

Micopol™ CME is an amide of monoethanolamine and coconut oil. It functions as a viscosity increasing agent and foam booster. This product is suitable for use in hair conditioners, shampoos, hair dyes and colors, bubble baths, and skin care preparations.

MICOPOL CME(F) is an amide of monoethanolamine and coconut oil. It functions as a viscosity increasing agent and foam booster. This product is suitable for use in hair conditioners, shampoos, hair dyes and colors, bubble baths, and skin care preparations.

AMIDET® A-111-P is a non-ionic surfactant - cocamide MEA - used as thickening agent. Its use allows reducing the quantity of sodium chloride needed to adjust viscosity in the final formula. It improves the quality of the foam and avoids the excessive degreasing effect of the anionic surfactants on the skin.

Natural surfactant derived from monoethanolamine and fatty acids from coconut oil. Replacement of Cocamide DEA with a very good properties of thickening and foaming.