| ALKOMOL® IT 406 | Indorama Ventures | ALKOMOL® IT 406 is a nonionic compound resulting from the reaction of isotridecyl alcohol with 4 moles of ethylene oxide and 6 moles propylene oxide. The lipophilic portion of the molecule comes from the fatty alcohol and propylene oxide and the hydrophil...Vea Mas ALKOMOL® IT 406 is a nonionic compound resulting from the reaction of isotridecyl alcohol with 4 moles of ethylene oxide and 6 moles propylene oxide. The lipophilic portion of the molecule comes from the fatty alcohol and propylene oxide and the hydrophilic part from the addtion of ethylene oxide. This structure allows for low foaming power, excellent wetting properties and good detergency. This product can be used in both Paints and Coatings and the Industrial and Institutional Industry. In the I&I it has the lowest foaming capacity in the Alokmol® line and thus functions as an anti-foaming agent in the presense of other surfactants. It is recommended for wetting and detergency in bottle washing and dairy & brewery tank cleaners. In P&C it shows significant surface tension reduction power and has good wetting and dispersion properties. This enables it to be used in pigmented pastes, acrylic paint and vinyl latex paint. Vea Menos | |
| ALKOMOL® L 306 | Indorama Ventures | ALKOMOL® L 306 is a nonionic compound resulting from the reaction of lauryl alcohol with 3 moles of ethylene oxide and 6 moles propylene oxide. The lipophilic portion of the molecule comes from the fatty alcohol and propylene oxide and the hydrophilic par...Vea Mas ALKOMOL® L 306 is a nonionic compound resulting from the reaction of lauryl alcohol with 3 moles of ethylene oxide and 6 moles propylene oxide. The lipophilic portion of the molecule comes from the fatty alcohol and propylene oxide and the hydrophilic part from the addtion of ethylene oxide. This structure allows for low foaming power, excellent wetting properties and good detergency. This product can be used in both Paints and Coatings and the Industrial and Institutional Industry. In the I&I it is recommended as a wetting agent in rinse-aids, automatic dishwashing detergents and low foam I&I degreasers. In P&C it shows significant surface tension reduction power and has good wetting and dispersion properties. This enables it to be used in pigmented pastes, acrylic paint and vinyl latex paint. Vea Menos | |
| ALKOMOL® L 405 | Indorama Ventures | ALKOMOL® L 405 is a nonionic compound resulting from the reaction of lauryl alcohol with 4 moles of ethylene oxide and 5 moles propylene oxide. The lipophilic portion of the molecule comes from the fatty alcohol and propylene oxide and the hydrophilic par...Vea Mas ALKOMOL® L 405 is a nonionic compound resulting from the reaction of lauryl alcohol with 4 moles of ethylene oxide and 5 moles propylene oxide. The lipophilic portion of the molecule comes from the fatty alcohol and propylene oxide and the hydrophilic part from the addtion of ethylene oxide. This structure allows for low foaming power, excellent wetting properties and good detergency. This product can be used in both Paints and Coatings and the Industrial and Institutional Industry. In the I&I it is recommended as a wetting agent in rinse-aids, automatic dishwashing detergents and low foam I&I degreasers. In P&C it shows significant surface tension reduction power and has good wetting and dispersion properties. This enables it to be used in pigmented pastes, acrylic paint and vinyl latex paint. Vea Menos | |
| ALKOMOL® L 408 | Indorama Ventures | ALKOMOL® L 408 is a nonionic compound resulting from the reaction of lauryl alcohol with 4 moles of ethylene oxide and 8 moles propylene oxide. The lipophilic portion of the molecule comes from the fatty alcohol and propylene oxide and the hydrophilic par...Vea Mas ALKOMOL® L 408 is a nonionic compound resulting from the reaction of lauryl alcohol with 4 moles of ethylene oxide and 8 moles propylene oxide. The lipophilic portion of the molecule comes from the fatty alcohol and propylene oxide and the hydrophilic part from the addtion of ethylene oxide. This structure allows for low foaming power, excellent wetting properties and good detergency. This product can be used in both Paints and Coatings and the Industrial and Institutional Industry. In the I&I it is recommended as a wetting agent in rinse-aids, automatic dishwashing detergents and low foam I&I degreasers. In P&C it shows significant surface tension reduction power and has good wetting and dispersion properties. This enables it to be used in pigmented pastes, acrylic paint and vinyl latex paint. Vea Menos | |
| ALKOMOL® L 504 | Indorama Ventures | ALKOMOL® L 504 is a nonionic compound resulting from the reaction of lauryl alcohol with 5 moles of ethylene oxide and 4 moles propylene oxide. The lipophilic portion of the molecule comes from the fatty alcohol and propylene oxide and the hydrophilic par...Vea Mas ALKOMOL® L 504 is a nonionic compound resulting from the reaction of lauryl alcohol with 5 moles of ethylene oxide and 4 moles propylene oxide. The lipophilic portion of the molecule comes from the fatty alcohol and propylene oxide and the hydrophilic part from the addtion of ethylene oxide. This structure allows for low foaming power, excellent wetting properties and good detergency. This product can be used in both Paints and Coatings and the Industrial and Institutional Industry. In the I&I it is recommended as a wetting agent in rinse-aids, automatic dishwashing detergents and low foam I&I degreasers. In P&C it shows significant surface tension reduction power and has good wetting and dispersion properties. This enables it to be used in pigmented pastes, acrylic paint and vinyl latex paint. Vea Menos | |
| ALKOMOL® L 603 | Indorama Ventures | ALKOMOL® L 603 is a nonionic compound resulting from the reaction of lauryl alcohol with 6 moles of ethylene oxide and 3 moles propylene oxide. The lipophilic portion of the molecule comes from the fatty alcohol and propylene oxide and the hydrophilic par...Vea Mas ALKOMOL® L 603 is a nonionic compound resulting from the reaction of lauryl alcohol with 6 moles of ethylene oxide and 3 moles propylene oxide. The lipophilic portion of the molecule comes from the fatty alcohol and propylene oxide and the hydrophilic part from the addtion of ethylene oxide. This structure allows for low foaming power, excellent wetting properties and good detergency. This product can be used in both Paints and Coatings and the Industrial and Institutional Industry. In I&I it is recommended as a wetting agent in rinse-aids, automatic dishwashing detergents and low foam I&I degreasers. In P&C it shows significant surface tension reduction power and has good wetting and dispersion properties. This enables it to be used in pigmented pastes, acrylic paint and vinyl latex paint. Vea Menos | |
| HYDROPALAT® WE 3120 | BASF Formulation Additives | HYDROPALAT® WE 3120 is a low-foaming wetting agent for the printing inks and adhesives industry. It can be used in the formulation of low foaming surfactant blends, especially these subjected to foam promoting mechanical energy. HYDROPALAT® WE 3120 can al...Vea Mas HYDROPALAT® WE 3120 is a low-foaming wetting agent for the printing inks and adhesives industry. It can be used in the formulation of low foaming surfactant blends, especially these subjected to foam promoting mechanical energy. HYDROPALAT® WE 3120 can also act as a good antifoam agent in numerous applications. Vea Menos | |
| METOLAT® LA 524 | Munzing Chemie | METOLAT® LA 524 is a brown liquid, clear electroneutral salt of high molecular weight fatty acid derivates dissolved in xylene and isobutanol. It is a universal wetting and dispersing agent. It is recommended for all solvent borne paint and lacquer system...Vea Mas METOLAT® LA 524 is a brown liquid, clear electroneutral salt of high molecular weight fatty acid derivates dissolved in xylene and isobutanol. It is a universal wetting and dispersing agent. It is recommended for all solvent borne paint and lacquer systems to prevent flocculation and to improve grinding. Vea Menos | |
| TEGO® Dispers 652 | Evonik Operations GmbH, BL Coating Additives | TEGO® Dispers 652 es un aditivo de dispersión y humectación de pigmentos sin solventes ni APE. Es un concentrado líquido claro a ligeramente turbio de un derivado de ácido graso. Este producto se utiliza en formulaciones de curado por radiación, a base de...Vea Mas TEGO® Dispers 652 es un aditivo de dispersión y humectación de pigmentos sin solventes ni APE. Es un concentrado líquido claro a ligeramente turbio de un derivado de ácido graso. Este producto se utiliza en formulaciones de curado por radiación, a base de agua y a base de solventes. En base a materias primas sostenibles, TEGO® Dispers 652 reduce la viscosidad de la base de molienda y ofrece buena intensidad del color y brillo con rellenos y pigmentos inorgánicos. Este producto también puede utilizarse en concentrados a base de resina y de pigmentos sin resina. Vea Menos | Request Sample |
| TEGO® Dispers 705 | Evonik Operations GmbH, BL Coating Additives | TEGO® Dispers 705 is a wetting and dispersing additive for solventborne formulations. Stabilitzes inorganic pigments, fillers and bentonites. Can be used to produce very stable and easy to handle pastes of bentonites. | Request Sample |
| TROYSPERSE™ 98C | Arxada – Troy Corporation | TROYSPERSE™ 98C is a highly effective particle wetting and dispersing additive for the dispersion and stabilization of solid particles in non-aqueous systems. It is extremely effective for difficult to disperse pigments such as carbon blacks, phthalocyani...Vea Mas TROYSPERSE™ 98C is a highly effective particle wetting and dispersing additive for the dispersion and stabilization of solid particles in non-aqueous systems. It is extremely effective for difficult to disperse pigments such as carbon blacks, phthalocyanines, organics and transparent oxides. 98C is effective in high solids, VOC compliant, non-aqueous coatings for improving product rheology and color acceptance. Vea Menos | Request Sample |
| WBWADA-60 | PCI Group, Inc. | WBWADA-60 is an amber colored blend of a functional capped amine with tall oil fatty acid. The resulting product is a wetting agent with high efficiency toward alkaline based pigments used in solution acrylics, polyesters, alkyds and epoxies. |
