Verdant Specialty Solutions

DeTERIC™ LP is a versatile, high foaming amphoteric surfactant which finds use in a wide variety of HI&I cleaning formulations. Due to its mildness, it’s also well suited for Personal Care applications. DeTERIC™ LP is readily biodegradable and exhibits low toxicity. Please submit a document request or general inquiry form if you’d like to access an SDS in another language.

DeTERIC™ ODP-LF is a liquid industrial additive that functions as a demulsifier and hydrotrope, featuring low-foaming properties for enhanced performance in various applications. Please submit a document request or general inquiry form if you’d like to access an SDS in another language.

DePHOS™ H-66-872 is the potassium salt of an anionic phosphate ester derived from an aromatic ethoxylate. It is a highly effective, very low-foaming hydrotrope for both acid and alkaline systems. Please submit a document request or general inquiry form if you’d like to access an SDS in another language.

DeTERGE™ NAS is a low to moderate foaming anionic surfactant with strong detergency, wetting, and solubilizing properties. It is biodegradable, low odor, and stable in acidic, alkaline, chlorine, and peroxide environments. Please submit a document request or general inquiry form if you’d like to access an SDS in another language.

MACKAM® BB 30 is a mild amphoteric surfactant derived from organically grown babassu oil in the Amazon Basin of Brazil. It is stable across a wide pH range and compatible with anionic, nonionic, and cationic surfactants. MACKAM® BB 30 enhances and stabilizes foam in formulations with anionic surfactants and serves as an effective viscosity builder in personal cleansing products. Please submit a document request or general inquiry form if you’d like to access an SDS in another language.

MACKAM® C2M CONC NP is a mild amphoteric surfactant suitable for personal care and industrial, home, and hygiene applications. In personal care formulations like shampoos, bubble baths, and body cleansers, it provides excellent foaming performance, unaffected by water hardness, soap, grease, or pH variations. It leaves a pleasant hair feel with good wet and dry combing properties in baby and adult shampoos, requiring minimal conditioning agents. MACKAM® C2M CONC NP is stable across a wide pH range (2 - 13), making it ideal for industrial applications such as hospital cleaners, high alkaline hard surface cleaners, and products used in food preparation areas. Please submit a document request or general inquiry form if you’d like to access an SDS in another language.

MACKAZOLINE® T is a fatty amine that, when neutralized with common acids, functions as a cationic surfactant and emulsifier. It is oil-soluble and water-dispersible, containing no solvents. MACKAZOLINE® T provides excellent emulsification properties and stability. It can also be combined with alkyl halides and sulfates to form quaternary ammonium compounds. Please submit a document request or general inquiry form if you’d like to access an SDS in another language.

MACKAM® 35 HA is a mild amphoteric surfactant derived from whole coconut oil, suitable for personal care, home, industrial, and institutional cleaning products. It is compatible with anionic and nonionic surfactants and remains stable above pH 4. MACKAM® 35 HA serves as an effective foam booster and viscosity builder when combined with common anionic surfactants. This economical betaine is preservative-free. Please submit a document request or general inquiry form if you’d like to access an SDS in another language.

MACKAM® LHS E is a fatty alkyl hydroxysultaine, ideal for industrial, household, and hair & body care formulations. It is a biodegradable, high-foaming surfactant with excellent stability in both extreme acidic and alkaline conditions. As a permanently zwitterionic surfactant, MACKAM® LHS E is compatible with nearly all other surfactants and can be solubilized at 2-3% in 30-40% caustic soda solution. Unlike similar amido-functional sultaines, MACKAM® LHS E is highly stable in both acid and alkali, resisting hydrolysis degradation. Please submit a document request or general inquiry form if you’d like to access an SDS in another language.