Nonylphenol 11 ethylene oxide (EO). Acts as a non-ionic surfactant, stabilizer and dispersant. In ULTRANEX® NP 110 the hydrophobic part of the molecule comes from nonylphenol and the hydrophilic... view more

Nonylphenol 12 ethylene oxide (EO). Acts as a non-ionic surfactant and dispersant. In ULTRANEX® NP 120 the hydrophobic part of the molecule comes from nonylphenol and the hydrophilic part from the... view more

Nonylphenol 13 ethylene oxide (EO). Acts as a non-ionic surfactant and dispersant. In ULTRANEX® NP 130 the hydrophobic part of the molecule comes from nonylphenol and the hydrophilic part from the... view more

Nonylphenol 15 ethylene oxide (EO). Acts as a non-ionic surfactant as well as dispersing agent. In ULTRANEX® NP 150 the hydrophobic part of the molecule comes from nonylphenol and the hydrophilic... view more

Nonylphenol 1.8 ethylene oxide (EO). Acts as a non-ionic surfactant and dispersant. In ULTRANEX® NP 18 the hydrophobic part of the molecule comes from nonylphenol and the hydrophilic part from the... view more

Nonylphenol 20 ethylene oxide (EO). Acts as a non-ionic surfactant and dispersant. In ULTRANEX® NP 20 the hydrophobic part of the molecule comes from nonylphenol and the hydrophilic part from the... view more

Nonylphenol 23 ethylene oxide (EO). Acts as a non-ionic surfactant, emulsifier as well as dispersing agent. In ULTRANEX® NP 230 the hydrophobic part of the molecule comes from nonylphenol and the... view more

Nonylphenol 30 ethylene oxide (EO). Acts as a non-ionic surfactant, emulsifier as well as dispersing agent. In ULTRANEX® NP 300 the hydrophobic part of the molecule comes from nonylphenol and the... view more

Nonylphenol 30 ethylene oxide (EO), 70% in aqueous solution. Acts as a non-ionic surfactant and dispersing agent. In ULTRANEX® 300 W 30 the hydrophobic part of the molecule comes from nonylphenol... view more

Nonylphenol 4 ethylene oxide (EO). Acts as a non-ionic surfactant, humectant, emulsifier as well as dispersing agent. In ULTRANEX® NP 40 the hydrophobic part of the molecule comes from nonylphenol... view more

Nonylphenol 40 ethylene oxide (EO). Acts as a non-ionic surfactant, emulsifier as well as dispersing agent. In ULTRANEX® NP 400 the hydrophobic part of the molecule comes from nonylphenol and the... view more

Nonylphenol 40 ethylene oxide (EO), 70% in aqueous solution. Acts as a non-ionic surfactant and dispersant. In ULTRANEX® NP 400 W 30 the hydrophobic part of the molecule comes from nonylphenol and... view more

Nonylphenol 5 ethylene oxide (EO). Acts as a non-ionic surfactant, stabilizer and dispersant. In ULTRANEX® NP 50 the hydrophobic part of the molecule comes from nonylphenol and the hydrophilic part... view more

Nonylphenol 50 ethylene oxide (EO). Acts as a non-ionic surfactant as well as dispersing agent. In ULTRANEX® NP 500 the hydrophobic part of the molecule comes from nonylphenol and the hydrophilic... view more

Nonylphenol 8 ethylene oxide (EO). Acts as a non-ionic surfactant, emulsifier as well as dispersing agent. In ULTRANEX® NP 80 the hydrophobic part of the molecule comes from nonylphenol and the... view more

Polyethylene glycol 200. Acts as a humectant, rheology modifier and solvent. It is a hygroscopic polymer highly soluble in water due to the hydrophilic characteristic provided by the polyoxyethylene... view more

Polyethylene glycol 300. Acts as a humectant, rheology modifier and solvent. It is a hygroscopic polymer highly soluble in water due to the hydrophilic characteristic provided by the polyoxyethylene... view more

Polyethylene glycol 400. Acts as a humectant, rheology modifier and solvent. It is a hygroscopic polymer highly soluble in water due to the hydrophilic characteristic provided by the polyoxyethylene... view more

Polyethylene glycol 1000. Acts as a humectant and rheology modifier. It is a hygroscopic polymer highly soluble in water due to the hydrophilic characteristic provided by the polyoxyethylene chain... view more

Polyethylene glycol 1500. Acts as a humectant and rheology modifier. It is a hygroscopic polymer highly soluble in water due to the hydrophilic characteristic provided by the polyoxyethylene chain... view more