Dynamar™ FX 5166 by 3M is fluorocarbon elastomer. Used as cure accelerator in polyepichlorohydrin elastomers. Used to adhere incorporated cure Dyneon™ fluoroelastomers and Dyneon™ THV... view more

Dynamar™ FX 5911 by 3M is fluoropolymer-based processing aid. It improves extrusion processing of polyolefins and other thermoplastic resins, and can offer performance and cost benefits in a wide... view more

Dynamar™ FX 5912 by 3M is a free-flowing fluoropolymer. Acts as a polymer processing aid. Has very good thermal stability. Reduces/eliminates the die build-up. Lowers apparent melt viscosity... view more

Dynamar™ FX 5914 by 3M is a free-flowing fluoropolymer. Acts as a polymer processing aid. Has very good thermal stability for high temperature processing. Reduces or eliminates the die build-up as... view more

Dynamar™ FX 5920A by 3M is a free-flowing, fluoropolymer processing aid. It improves extrusion processing of polyolefin resins and reduces or eliminates melt fracture. It reduces or eliminates die... view more

Dynamar™ FX 5920B by 3M is a free-flowing fluropolymer. Acts as a processing aid. Reduces or eliminates the melt fracture as well as die build-up. Lowers the apparent melt viscosity and permits... view more

Dynamar™ FX 5926 by 3M is a high performance, free-flowing fluoropolymer. Acts as a processing aid. Has very fast rate of melt fracture elimination. Reduces the die build-up and broadens the... view more

Dynamar™ FX 5927 by 3M is a high performance, free flowing fluropolymer. Acts as a processing aid. Reduces the die build-up and broadens the extrusion processing capabilities of polyolefin resins... view more

Dynamar™ FX 9613 by 3M is a free flowing fluoropolymer. Acts as a processing aid. Offers very good thermal stability for high temperature processing. Reduces or eliminates the melt fracture and die... view more

Dynamar™ FX 9614 by 3M is a free-flowing fluoropolymer. Acts as a polymer processing aid. Reduces or eliminates the melt fracture as well as die build-up. Lowers the apparent melt viscosity... view more

Dynamar™ HC 1101 by 3M has demonstrated benefits in specialized extrusion and calendaring processes. It is useful at reducing die pressure, reducing die build-up, and promoting release from... view more

Dynamar™ PPA FX 5922 by 3M is free-flowing fluoropolymer. It is used as polymer processing aid in LLDPE, HDPE, EVA and other polyolefins for blow molding, film blowing and film casting by extrusion... view more

Dynamar™ RC 5251Q by 3M is sodium carbonate cure activator and acid receptor for ECO compounds. It is used as part of a cure system for vulcanizing polyepichlorohydrin elastomers. This additive... view more

Dyneon™ FC 2110Q by 3M is di-polymer of vinylidene fluoride and hexafluoropropylene. Used as a viscosity modifier. Dyneon™ FC 2110Q offers ultra low viscosity... view more

Dyneon™ PA 5931 by 3M is perfluorocarbon resin. It is used as an anti-drip in flame retardants. It has little or no effect on matrix material under routine processing conditions. Dyneon™ PA 5931... view more

Dyneon™ PA 5932 by 3M is perfluorocarbon resin. Used as an anti-drip in flame retardants. Has little or no effect on matrix material under routine processing conditions. Dyneon™ PA 5932 possesses broad... view more

Dyneon™ PA 5933 by 3M is perfluorocarbon resin. Used as an anti-drip in flame retardants. Offers broad chemical resistance and temperature range of use. It imparts an enhanced reduction... view more

Dyneon™ PA 5934 by 3M is perfluorocarbon resin. Used as an anti-drip in flame retardants. Has little or no effect on matrix material under routine processing conditions. Possesses broad chemical... view more

Dyneon™ PA 5951 by 3M is perfluorocarbon resin. Used for mar resistance in polyacetals, polyamides, polycarbonates, polyesters, polyimides, polysulfides, polysulfones, fluoroelastomers, neoprenes... view more

Dyneon™ PA 5952 by 3M is perfluorocarbon resin. Acts as a lubricant. Possesses non-friable, stable particles, broad chemical resistance and temperature range of use. Has little or no viscosity... view more