63% DVB Monomer is a reactive monomer composed of divinylbenzene (62-65%) and ethylvinylbenzene (34-37%) isomers. Primary applications have been in synthesis of ion-exchange resins and the production of unsaturated polyester resins and casting resins wher...view more
63% DVB Monomer is a reactive monomer composed of divinylbenzene (62-65%) and ethylvinylbenzene (34-37%) isomers. Primary applications have been in synthesis of ion-exchange resins and the production of unsaturated polyester resins and casting resins where DVB is used as a cross-linking agent to provide rigidity. Other applications include use in coatings, adhesives, films, insulting varnishes, and unsaturated polyesters. view less
80% DVB Monomer is a reactive monomer composed primarily of divinylbenzene (80-83%) and ethylvinylbenzene (16-20%) isomers. Primary applications have been in synthesis of ion-exchange resins and production of unsaturated polyester resins and casting resin...view more
80% DVB Monomer is a reactive monomer composed primarily of divinylbenzene (80-83%) and ethylvinylbenzene (16-20%) isomers. Primary applications have been in synthesis of ion-exchange resins and production of unsaturated polyester resins and casting resins where DVB is used as a cross-linking agent to provide rigidity. Other applications include use in coatings, adhesives, films, and insulting varnishes. view less
Chlorine terminated polyfluoroalkylmethylsiloxane oligomer. The chlorines react with hydroxy and silanol groups of glass, siliceous surfaces and other metal oxide surfaces to form a chemically bound, low surface energy, fluorinated silicone surface.
Chlorine terminated polydimethylsiloxane oligomer. The chlorines react with hydroxy and silanol groups of glass, siliceous surfaces and other metal oxide surfaces to form a chemically bound polydimethylsiloxane "siliconized" surface.
General purpose silicone composed of polymer chains with unique flexibility. It has virtually no energy barrier for rotation resulting in one of the lowest glass-transition temperatures of any polymer.
General purpose silicone composed of polymer chains with unique flexibility. It has virtually no energy barrier for rotation resulting in one of the lowest glass-transition temperatures of any polymer.
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