DeTERGE™

DeTERGE™ LF-531 is part of a product line of low-foaming surfactants known for their excellent wetting and detergency, making them ideal as primary surfactants. They offer exceptional stability in highly alkaline environments, often eliminating the need for hydrotropes. Environmentally friendly, these surfactants are biodegradable, phenol-free, and phosphate-free. The DeTERGE™ LF-531, composed of modified carboxylates, is specifically recommended for use in formulations containing caustic and alkaline electrolytes. While generally unsuitable for acidic systems, DeTERGE™ LF-7315 is the exception. 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.

DeTERGE™ CS-45LF is a low-foaming, chlorine-stable anionic surfactant designed for use in products containing up to 15% active caustic and other alkaline electrolytes. Chemically classified as an alkoxylated carboxylate, it is suitable only for alkaline systems and is not recommended for use in acidic systems. Please submit a document request or general inquiry form if you’d like to access an SDS in another language.

DeTERGE™ LF-7315 is part of a product line of low-foaming surfactants known for their excellent wetting and detergency, making them ideal as primary surfactants. They offer exceptional stability in highly alkaline environments, often eliminating the need for hydrotropes. These surfactants are environmentally friendly, being biodegradable, phenol-free, and phosphate-free. The DeTERGE™ LF-7315, consisting of modified carboxylates, is recommended for formulations containing caustic and alkaline electrolytes, though they are generally unsuitable for acidic systems, with DeTERGE™ LF-7315 as the exception. Please submit a document request or general inquiry form if you’d like to access an SDS in another language.

DeTERGE™ LF-2379 is a low-foaming, modified alcohol ethoxylate which provides detergency, wetting properties, and excellent removal of hydrocarbon soils in neutral and mildly alkaline formulations. This nonionic/anionic surfactant exhibits fast wetting properties, even above its cloud point. Please submit a document request or general inquiry form if you’d like to access an SDS in another language.

DeTERGE™ LF-28 is a line of low-foaming surfactants known for their excellent wetting and detergency, making them suitable as primary surfactants. They are highly stable in alkaline environments, potentially eliminating the need for hydrotropes. These biodegradable, phenol-free, and phosphate-free surfactants are environmentally friendly. As modified carboxylates, DeTERGE™ LF-28 is recommended for formulations with caustic and alkaline electrolytes, though they are typically not suited for acidic systems, with the exception of DeTERGE™ LF-7315. Please submit a document request or general inquiry form if you’d like to access an SDS in another language.

DeTERGE™ AN508-LF is a complex modified amphoteric surfactant from the chemical mixtures and blends family. It functions as an amphoteric surfactant, offering versatile cleaning properties across various applications. Please submit a document request or general inquiry form if you’d like to access an SDS in another language.

DeTERGE™ AT-100 is a complex, cationic ethoxylated amine recommended for use as a corrosion inhibitor and thickener in acid systems. It is suitable for downhole drilling and electroplating applications. Please submit a document request or general inquiry form if you’d like to access an SDS in another language.

DeTERGE™ CS-45LF MOD is a water-soluble, low-odor liquid that functions as a wetting agent, detergent, and hydrotrope. Chlorine-stable, it is suitable for various cleaning applications requiring effective surface compatibility. Please submit a document request or general inquiry form if you’d like to access an SDS in another language.