CARPOL® NIONIC™

CARPOL® NIONIC™ 1100 is a blend of polyethers, primarily glycerol ethoxylated propoxylated and polyalkylene glycol. It functions as a nonionic surfactant.

CARPOL® NIONIC™ 1400 Polyglycol is a nonionic surfactant with a chemical structure designed to make it act as a defoamer in many applications. Even at very low concentrations, CARPOL® Nionic™ 1400 can be used to reduce the superficial tension of liquids, including high viscosity liquids. Defoaming performance is a function of cloud point and end use temperature and CARPOL® NIONIC™ 1400 has a high cloud point of 77o C. These materials are water soluble at low temperatures and will flocculate when warmed above their cloud point.

CARPOL® NIONIC™ 850 Polyglycol is a nonionic surfactant with a chemical structure designed to make it act as a defoamer in many applications. Even at very low concentrations, CARPOL® Nionic™ 850 can be used to reduce the superficial tension of liquids, including high viscosity liquids. Defoaming performance is a function of cloud point and end use temperature. These materials are water soluble at low temperatures and will flocculate when warmed above their cloud point.

CARPOL® NIONIC™ L-101 Surfactant is a nonionic surfactant with a chemical structure designed to make it act as a defoamer in many applications. Even at very low concentrations, CARPOL® NIONIC™ L-101 can be used to reduce the superficial tension of liquids, including high viscosity liquids. Defoaming performance is a function of cloud point and end use temperature and CARPOL® NIONIC™ L-101 is a good general/low temperature defoamer. They are water soluble at low temperatures and will flocculate when warmed above their cloud point

CARPOL® NIONIC™ L-61 Surfactant is a nonionic surfactant with a chemical structure designed to make it act as a defoamer in many applications. Even at very low concentrations, CARPOL® NIONIC™ L-61 can be used to reduce the superficial tension of liquids, including high viscosity liquids. Defoaming performance is a function of cloud point and end use temperature and CARPOL® NIONIC™ L-61 is our lowest foaming surfactant. These materials are water soluble at low temperatures and will flocculate when warmed above their cloud point.

CARPOL® NIONIC™ L-62 Surfactant is a nonionic surfactant with a chemical structure designed to make it act as a defoamer in many applications. Even at very low concentrations, CARPOL® NIONIC™ L-62 can be used to reduce the superficial tension of liquids, including high viscosity liquids. Defoaming performance is a function of cloud point and end use temperature and CARPOL® NIONIC™ L-62 is an effective low foam surfactant. These materials are water soluble at low temperatures and will flocculate when warmed above their cloud point. In addition these products are easily removed and leave no residue on surfaces.

CARPOL® NIONIC™ L-64 is a polyalkylene glycol used as a nonionic surfactant in industrial and industrial coatings applications.

CARPOL® NIONIC™ L-81 Surfactant is a nonionic surfactant with a chemical structure designed to make it act as a defoamer in many applications. Even at very low concentrations, CARPOL® NIONIC™ L-81 Surfactant can be used to reduce the superficial tension of liquids, including high viscosity liquids. Defoaming performance is a function of cloud point and end use temperature and CARPOL® NIONIC™ L-81 Surfactant is a good low temperature defoamer. These materials are water soluble at low temperatures and will flocculate when warmed above their cloud point. In addition these products are easily removed and leave no residue on the surfaces.

CARPOL® NIONIC™ P1000 Polyglycol is a linear polymer produced by the polymerization of propylene oxide with propylene glycol. The P1000 nomenclature indicates a propylene oxide based product with a molecular weight of 1000. It is a clear, viscous liquid at room temperature with a low vapor pressure. It exhibits excellent lubricity and can be used in synthetic lubricant applications. It is suitable as an antifoam agent in latex formulations, pulp and paper processing, emulsion paints, and various food processes.

CARPOL® NIONIC™ P1200 Polyglycol is a linear polymer produced by the polymerization of propylene oxide with propylene glycol. The P1200 nomenclature indicates a propylene oxide based product with a molecular weight of 1200. It is a clear, viscous liquid at room temperature with a low vapor pressure. It exhibits excellent lubricity and can be used in synthetic lubricant applications. It is suitable as an antifoam agent in latex formulations, pulp and paper processing, emulsion paints, and various food processes.

CARPOL® NIONIC™ P2000 Polyglycol is a linear polymer produced by the polymerization of propylene oxide with propylene glycol. The CARPOL® NIONIC™ P2000 Polyglycol nomenclature indicates a propylene oxide based product with a molecular weight of 2000. It is a clear, viscous liquid at room temperature with a low vapor pressure. It exhibits excellent lubricity and can be used in synthetic lubricant applications. It is suitable as an antifoam agent in latex formulations, pulp and paper processing, emulsion paints, and various food processes.

CARPOL® NIONIC™ P3000 Polyglycol is a linear polymer produced by the polymerization of propylene oxide with propylene glycol. The P3000 nomenclature indicates a propylene oxide based product with a molecular weight of 3000. It is a clear, viscous liquid at room temperature with a low vapor pressure. It exhibits excellent lubricity and can be used in synthetic lubricant applications. It is suitable as an antifoam agent in latex formulations, pulp and paper processing, emulsion paints, and various food processes.

CARPOL® NIONIC™ P4000 Polyglycol is a linear polymer produced by the polymerization of propylene oxide with propylene glycol. The P4000 nomenclature indicates a propylene oxide-based product with a molecular weight of 4000. It is a clear, viscous liquid at room temperature with a low vapor pressure. It exhibits excellent lubricity and can be used in synthetic lubricant applications. It is suitable as an antifoam agent in latex formulations, pulp and paper processing, emulsion paints, and various food processes.