MACKAMINE®

MACKAMINE® 654 is a pure decylamine oxide that offers detergency with low to moderate foaming properties. Compatible with most surfactants, it contains no amide or ester groups, ensuring it will not hydrolyze in acidic systems. MACKAMINE® 654 is also stable in highly alkaline products, making it suitable for high electrolyte-containing cleaners and foamers. Please submit a document request or general inquiry form if you’d like to access an SDS in another language.

MACKAMINE® C 8 is a pure octyldimethylamine oxide that offers good wetting and very low foaming characteristics. Compatible with most surfactants, it contains no amide or ester groups, ensuring it will not hydrolyze in acidic systems. MACKAMINE® C 8 is also stable in highly alkaline and strong electrolyte systems, making it useful in industrial cleaners as a detergent and hydrotrope. Please submit a document request or general inquiry form if you’d like to access an SDS in another language.

MACKAMINE® C 14 E is a light-colored amine oxide that offers moderate foam boosting and foam stability. It is compatible with most surfactants and, due to the absence of amide or ester groups, will not hydrolyze in acidic systems. MACKAMINE® C 14 E is also stable in alkaline products and has an intermediate molecular weight. Amine oxides can be formulated with anionic, nonionic, and cationic products, exhibiting mild cationic properties under acidic conditions. They are commonly used in shampoos, bubble baths, hand soaps, and conditioners for their conditioning, foam stabilizing, and viscosity building properties. Lower alkyl chain products provide good foam boosting and stabilization, while higher molecular weight amine oxides offer softness and conditioning. MACKAMINE® C 14 E, being higher in molecular weight than lauramine oxide, enhances viscosity building properties, making it particularly effective in thickened hypochlorite systems. Please submit a document request or general inquiry form if you’d like to access an SDS in another language.

MACKAMINE® CAO is a 30% active cocamidopropylamine oxide that provides excellent foam boosting properties, viscosity building, and foam stability across a wide range of formulations. It is particularly effective when combined with alkyl sulfates or alpha-olefin sulfonates. Additionally, MACKAMINE® CAO functions as a conditioning agent, exhibiting cationic characteristics when formulated on the acidic side. Please submit a document request or general inquiry form if you’d like to access an SDS in another language.

MACKAMINE® CAO E 36 is a high-active grade of cocamidopropylamine oxide that remains stable over a wide pH range. It offers excellent foam boosting properties, viscosity building, and foam stability across various formulations. MACKAMINE® CAO E 36 is particularly effective when combined with alkyl sulfates or alpha-olefin sulfonates. Additionally, it acts as a conditioning agent, exhibiting cationic characteristics when formulated on the acidic side. Please submit a document request or general inquiry form if you’d like to access an SDS in another language.

MACKAMINE® CG is a pure grade of cocamine oxide known for its excellent foam boosting and foam stability. It is compatible with most surfactants and, due to the absence of amide or ester groups, will not hydrolyze in acidic systems. MACKAMINE® CG is also stable in highly alkaline products and in the presence of hypochlorite bleach, featuring a low level of free amine. Please submit a document request or general inquiry form if you’d like to access an SDS in another language.

MACKAMINE® CS is a pure grade of cocamine oxide that delivers excellent foam boosting and foam stability. It is compatible with most surfactants and will not hydrolyze in acidic systems due to the absence of amide or ester groups. MACKAMINE® CS is also stable in highly alkaline products and in the presence of hypochlorite bleach, featuring a low level of free amine. Please submit a document request or general inquiry form if you’d like to access an SDS in another language.

MACKAMINE® FB 48 is a 33% active lauramidopropylamine oxide that remains stable over a wide pH range. It offers excellent foam boosting properties, viscosity building, and foam stability across various formulations. MACKAMINE® FB 48 is particularly effective when combined with alkyl sulfates or alpha-olefin sulfonates. Additionally, it functions as a conditioning agent, exhibiting cationic characteristics when formulated on the acidic side. Please submit a document request or general inquiry form if you’d like to access an SDS in another language.

MACKAMINE® LA is a vegetable-derived grade of lauramine oxide that offers excellent foam boosting and foam stability. It is compatible with most surfactants and, due to the absence of amide or ester groups, will not hydrolyze in acidic systems. MACKAMINE® LA is also stable in highly alkaline products and in the presence of hypochlorite bleach. Please submit a document request or general inquiry form if you’d like to access an SDS in another language.

MACKAMINE® LO is a pure lauramine oxide that delivers excellent foam boosting and foam stability. It is compatible with most surfactants and, due to the absence of amide or ester groups, will not hydrolyze in acidic systems. MACKAMINE® LO is also stable in highly alkaline products. Please submit a document request or general inquiry form if you’d like to access an SDS in another language.

MACKAMINE® LO SPECIAL is a light-colored amine oxide that offers excellent foam boosting and foam stability. It is compatible with most surfactants and, due to the absence of amide or ester groups, will not hydrolyze in acidic systems. MACKAMINE® LO SPECIAL is also stable in highly alkaline products. Please submit a document request or general inquiry form if you’d like to access an SDS in another language.

MACKAMINE® MCJ is an amine oxide that serves as an excellent foam booster and viscosity builder. It is compatible with most surfactants and will not hydrolyze in either acidic or alkaline systems due to the absence of amide or ester groups. Formulated with anionic, nonionic, and cationic products, MACKAMINE® MCJ exhibits mild cationic properties under acidic conditions. This product is based on natural amines and contains no preservatives. Please submit a document request or general inquiry form if you’d like to access an SDS in another language.

MACKAMINE® MY is a light-colored amine oxide that offers good foam boosting and foam stability. It is compatible with most surfactants and, due to the absence of amide or ester groups, will not hydrolyze in acidic systems. MACKAMINE® MY is also stable in alkaline products. This amine oxide can be formulated with anionic, nonionic, and cationic products, exhibiting mild cationic properties under acidic conditions. With a higher molecular weight than lauramine oxide, MACKAMINE® MY provides enhanced viscosity-building properties and is particularly effective in thickened hypochlorite systems. The higher molecular weight also contributes softness and conditioning benefits in personal care products Please submit a document request or general inquiry form if you’d like to access an SDS in another language.

MACKAMINE® 654 MB is a pure decylamine oxide that offers detergency with low to moderate foaming properties. It is compatible with most surfactants and, due to the absence of amide or ester groups, it does not hydrolyze in acidic systems. MACKAMINE® 654 MB is also stable in highly alkaline products, making it suitable for use in high-electrolyte cleaners and foamers. Please submit a document request or general inquiry form if you’d like to access an SDS in another language.

MACKAMINE® C-10 is a pure decylamine oxide that offers detergency with low to moderate foaming properties. It is compatible with most surfactants and, since it contains no amide or ester groups, it does not hydrolyze in acidic systems. MACKAMINE® C-10 is also stable in highly alkaline products, making it suitable for use in high-electrolyte-containing cleaners and foamers. Please submit a document request or general inquiry form if you’d like to access an SDS in another language.