| CARDIS™ 325 | Univar Solutions | CARDIS™ 325 offers low molecular weight polymers with unique chemical and physical properties. Chemically, these products contain oxygenated functional groups such as acids, esters, and alcohols. These functional groups facilitate water emulsification and...view more CARDIS™ 325 offers low molecular weight polymers with unique chemical and physical properties. Chemically, these products contain oxygenated functional groups such as acids, esters, and alcohols. These functional groups facilitate water emulsification and also improve solvent solubility as compared to inert polymers. Physical property characteristics include a range of melt points, hardness levels, and melt viscosities. view less | Request Sample |
| CARDIS™ 36 | Univar Solutions | CARDIS™ 36 offers low molecular weight polymers with unique chemical and physical properties. Chemically, these products contain oxygenated functional groups such as acids, esters, and alcohols. These functional groups facilitate water emulsification and ...view more CARDIS™ 36 offers low molecular weight polymers with unique chemical and physical properties. Chemically, these products contain oxygenated functional groups such as acids, esters, and alcohols. These functional groups facilitate water emulsification and also improve solvent solubility as compared to inert polymers. Physical property characteristics include a range of melt points, hardness levels, and melt viscosities. view less | Request Sample |
| Synperonic PE/F108 | Croda Coatings & Polymers | Synperonic PE/F108 is a ethoxylated polypropylene glycol MW 14000. It is used as a polymeric O/W emulsifier for polyester and epoxy resins with excellent dry film properties, dispersant for superior colloidal stability. | |
| Synperonic PE/F127 | Croda Coatings & Polymers | Synperonic PE/F127 is an ethoxylated polypropylene glycol MW 12000. It is used as a polymeric O/W emulsifier for polyester and epoxy resins with excellent dry film properties, solubilizer, and dispersant for superior colloidal stability. |
