AGITAN® 109 by Munzing acts as a defoamer. It is a blend of vegetable oils, alkoxylated compounds and hydrophobic silica in emulsion form. Possesses excellent stability and defoaming persistency... view more

AGITAN® 120 by Munzing is an emulsion of modified fatty, hydrophobic silica, alkoxylated compounds, polysiloxane copolymer and emulsifiers. Used in architectural coatings, industrial and wood... view more

AGITAN® 150 by Munzing is an aqueous emulsion of polysiloxane copolymer with hydrophobic silica. Used in industrial and wood coatings, printing inks. Offers very good stability and defoaming... view more

AGITAN® 151 by Munzing is an aqueous emulsion of polysiloxane copolymer with hydrophobic silica. Used in industrial and wood coatings, printing inks. AGITAN® 151 offers very good stability and... view more

AGITAN® 271 by Munzing is a blend of vegetable oils and alkoxylated compounds, silica and emulsifiers, nonionic. Used in architectural coatings, industrial and wood coatings and printing inks... view more

AGITAN® 280 by Munzing is a medium viscosity, blend of liquid hydrocarbons, hydrophobic silica, synthetic copolymers and nonionic emulsifiers. AGITAN® 280 is used in architectural, industrial, wood... view more

Medium viscosity, blend of liquid hydrocarbons, hydrophobic silica, synthetic copolymers and nonionic emulsifiers. Used in architectural, industrial, wood, automotive coatings and printing inks... view more

Medium viscosity, blend of liquid hydrocarbons, hydrophobic silica, synthetic copolymers and nonionic emulsifiers. Used in architectural, industrial, wood, automotive coatings and printing inks... view more

AGITAN® 296 by Munzing is a medium viscosity, blend of liquid hydrocarbons, hydrophobic silica and nonionic emulsifiers. AGITAN® 296 is used in industrial coatings and printing inks... view more

AGITAN® 299 by Munzing is an emulsifiable alkoxylated compound. AGITAN® 299 is used as a defoamer in corrugated, film and foil and news printing inks, architectural, industrial and high gloss... view more

AGITAN® 315 by Munzing is a medium viscosity, blend of modified nonionic fatty compounds, hydrophobic silica and white oils of pharmaceutical grade. AGITAN® 315 is used in wood, architectural... view more

AGITAN® 350 by Munzing is a medium viscosity, blend of modified fatty and alkoxylated compounds, silica, nonionic. It is used in wood, architectural, industrial coatings and printing inks... view more

AGITAN® 352 by Munzing acts as a defoamer with excellent stability and high efficiency for aqueous systems. It is a nonionic, silica & emulsifiers containing blend of vegetable oils and alkoxylated... view more

AGITAN® 526 by Munzing is a medium viscosity, emulsion of polysiloxane polymer. Used in architectural, industrial and wood coatings and printing inks. AGITAN® 526 offers very good stability and... view more

AGITAN® 650 by Munzing is a silicone-free, medium viscosity, blend of pharmaceutical grade hydrocarbons, special waxes and nonionic emulsifiers. AGITAN® 650 is used in wood coatings and printing... view more

AGITAN® 651 by Munzing is a blend of pharmaceutical grade hydrocarbons, special waxes and nonionic emulsifiers. Silicone-free. AGITAN® 651 is used in wood coatings and printing inks... view more

AGITAN® 701 by Munzing is a medium viscosity, blend of liquid hydrocarbons, silicones, alkoxylated and modified fatty compounds and nonionic emulsifiers. AGITAN® 701 is used in architectural... view more

AGITAN® 731 by Munzing is a medium viscosity, blend of modified organo polysiloxanes with nonionic alkoxylated compounds. AGITAN® 731 is used in architectural, industrial and wood coatings and... view more

AGITAN® 761 by Munzing acts as a defoamer. It is a blend of modified organo polysiloxanes with non-ionic compounds. The non-ionic structure provides excellent compatibility with most common... view more

AGITAN® 765 by Munzing is modified non-ionic organopolysiloxane. It acts as a defoamer. Provides outstanding immediate as well as long-term effectivity. Due to its compatibility, it is very... view more