ALKOMOL® IT 406 by Oxiteno is a dispersing and wetting agent. It acts as a cleansing agent. It is an ethoxylated and propoxylated isotridecyl alcohol. It is available in clear, hazy liquid form. It... view more

Lauryl alcohol 5 EO / 4 PO. Acts as a surfactant, wetting agent as well as dispersing agent. It is non-ionic compound whose lipophilic portion of the molecule comes from fatty alcohol as well as... view more

Lauryl alcohol 6 EO / 3 PO. Acts as a surfactant, wetting agent as well as dispersing agent. It is non-ionic compound whose lipophilic portion of the molecule comes from fatty alcohol as well as... view more

ALKONAT® L 20 by Oxiteno is lauryl alcohol 2 ethylene oxide (EO). It is an excellent surface tension reducer which is generally unaffected by hard water ions. Acts as a non-ionic surfactant... view more

ALKONAT® L 30 is lauryl alcohol 3 ethylene oxide (EO) by Oxiteno. Acts as a non-ionic surfactant, dispersing agent, humectant as well as wetting agent. Compatible with a wide range of solvents and... view more

Lauryl alcohol 7 ethylene oxide (EO). ALKONAT® L 70 by Oxiteno acts as a non-ionic surfactant, dispersing agent and wetting agent. It is an excellent surface tension reducer which is generally... view more

Lauryl alcohol 1 ethylene oxide (EO). Acts as a non-ionic surfactant, dispersing agent as well as wetting agent. It is an excellent surface tension reducer which is generally unaffected by hard... view more

Lauryl alcohol 4 ethylene oxide (EO). Acts as a non-ionic surfactant, dispersing agent, humectant as well as wetting agent. It is an excellent surface tension reducer which is generally unaffected... view more

Lauryl alcohol 5 ethylene oxide (EO). Acts as a non-ionic surfactant, dispersing agent, humectant as well as wetting agent. It is an excellent surface tension reducer which is generally unaffected... view more

Lauryl alcohol 6 ethylene oxide (EO). Acts as a non-ionic surfactant, dispersing agent, humectant as well as wetting agent. It is an excellent surface tension reducer which is generally unaffected... view more

Isotridecyl alcohol 6 ethylene oxide (EO). Acts as a non-ionic surfactant and dispersing agent. It is generally unaffected by hard water ions. Compatible with a wide range of solvents and non-ionic... view more

Isotridecyl alcohol 8 ethylene oxide (EO). Acts as a non-ionic surfactant, humectant and dispersing agent. It is generally unaffected by hard water ions. Compatible with a wide range of solvents and... view more

Diethanolamine in aqueous solution. Acts as an alkaline agent, curing agent and humectant. It is a modified version of diethanolamine (DEA) that facilitates handling, by reducing the potential to... view more

Mineral oil. Acts as a solvent. It is made with raw materials obtained from fractions of petroleum distillate. Compatible with high-density polyethylene, polypropylene and carbon steel. It is a... view more

Mineral oil. Acts as a solvent, lubricant as well as extensor. It is colorless (say bolt +30 color), odorless and non-fluorescent in the light of day. Compatible with high-density polyethylene... view more

Mineral oil. Acts as an extensor and lubricant. It is colorless (say bolt +30 color), odorless and non-fluorescent in the light of day. Compatible with high-density polyethylene, polypropylene and... view more

Mineral oil. Acts as an extensor and lubricant. It is colorless (say bolt +30 color), odorless and non-fluorescent in the light of day. Compatible with polyethylene, polypropylene and carbon steel... view more

Diethylene glycol ethyl ether. Acts as a solvent. It results from the reaction of ethylene oxide and ethyl glycol. Used in printing ink, wood paint, automotive finish/refinish and construction paint... view more

Ethylene glycol butyl ether. Ethyl glycol by Oxiteno acts as a solvent. It results from the reaction of ethylene oxide (EO) and ethanol. Ethyl glycol is used in printing ink, wood paint, automotive... view more

Monoethyleneglycol ethyl ether acetate. Acts as a coalescing agent, evaporation retarder and active solvent. It results from the reaction of the ethyl ether derived from monoethylene glycol (ethyl... view more