Transcription of Stepan Company EO/PO Block Copolymers
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Stepan Company EO/PO Block Copolymers
1 Stepan Company EO/PO Block CopolymersAlkoxylatesCollaborative Chemistry. Creative Chemistry. Creative Chemistry. Creative Chemistry. Creative EO/PO Block CopolymersBlock Copolymers provide a broad range of physical properties that make them versatile, low-foam nonionic surfactants made from ethylene oxide and propylene oxide. MAKON L-Series: Liquid EO/PO Block CopolymersMAKON P-Series: Paste EO/PO Block Copolymers MAKON R-Series: Liquid Reverse EO/PO Block CopolymersStepan TradenameINCI NameForm at 25oCHLBA verage Molecular Weight, g/molCloud Point at 1 wt% aqueous, oCPour Point, oCViscosity at 38oC, cpsMAKON L61 Poloxamer 181 Liquid32,00024-32162 MAKON L62 Poloxamer 182 Liquid72,50032-41268 MAKON L64 Poloxamer 184 Liquid152,9005818312 MAKON L101 Poloxamer 331 Liquid13,80015-36392 MAKON P65/75N/APaste173,80082272222 MAKON P104 Poloxamer 334 Paste135,90082324482 MAKON
MAKON EO/PO Block and Reverse Block Copolymers exhibit low foaming characteristics. Traditionally, the Ross-Miles Method (ASTM D1173-53, 2001) has been used to show the foam profile of surfactants. However, it is hard to differentiate the products with this method due to their low levels of foam from a lack of shear. The Blender Foam
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