ColorMatrix™ Excelite™ DK by Avient (Formerly PolyOne) acts as a foaming agent. It is a combination of exothermic- and endothermic agent. Under thermal degradation, it causes gas to evolve which then forms a foamed structure in... view more

ColorMatrix™ Excelite™ FA-110 by Avient is an endothermic chemical foaming agent, which causes gas to evolve under thermal decomposition. It provides better structural integrity and lower density in... view more

ColorMatrix™ Excelite™ Foam PP by Avient (Formerly PolyOne) is an endothermic chemical foaming agent, which causes gas to evolve under thermal decomposition. It is suitable for injection molding applications. It provides better, large... view more

ColorMatrix™ Excelite™ IM 3 by Avient is an endothermic chemical foaming agent, which causes gas to evolve under thermal decomposition. It is suitable for injection molding applications. It provides... view more

ColorMatrix™ Excelite™ PF-1 by Avient (Formerly PolyOne) acts as a foaming agent. It is a combination of exothermic and endothermic agent. Under thermal degradation, it causes gas to evolve which then forms a foamed structure in... view more

ColorMatrix™ Excelite™ S by Avient (Formerly PolyOne) acts as a foaming agent. It is a combination of exothermic- and endothermic agent. Under thermal degradation, it causes gas to evolve which then forms a foamed structure in... view more

ColorMatrix™ Excelite™ S-Plus by Avient acts as a foaming agent. It is a combination of exothermic and endothermic agent. Under thermal degradation, it causes gas to evolve which then forms a foamed... view more

ColorMatrix™ Excelite™ TM by Avient (Formerly PolyOne) acts as a foaming agent. It is a combination of exothermic and endothermic agent. Under thermal degradation, it causes gas to evolve which then forms a foamed structure in... view more

ColorMatrix™ Excelite™ TS by Avient (Formerly PolyOne) acts as a foaming agent. It is a combination of exothermic and endothermic agent. Under thermal degradation, it causes gas to evolve which then forms a foamed structure in... view more