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Viton™ GBL-600S A Technical Information

Viton™ GBL-600S is a next generation, easy processing, peroxide-cured 68% fluorine fluoroelastomer based on new Advanced Polymer Architecture (APA) technology.

Viton™ AL-276C and AL-576C Technical Information

Viton™ AL-276C* and Viton™ AL-576C* fluoroelastomers are two precompounds intended for use in applications that require low temperature flexibility similar to Viton™ B-70

Viton™ GFLT-200S A Technical Information

Viton™ GFLT-200S* fluoroelastomer is a low viscosity 67% fluorine, peroxide-cured, low temperature fluoroelastomer.

Viton™ A-100 Technical Information

Viton™ A-100* fluoroelastomer is an ultralow-viscosity, “A-type” gum polymer that demonstrates improved processing and rheology in comparison with existing fluoroelastomers.

Viton™ FreeFlow™ 10 Technical Information

Viton™ FreeFlow™ 10 is a fluoroelastomer additive in pellet form.

Viton™ FreeFlow™ A Guide for Masterbatch Prep and Handling Technical Information

The product line for Viton™ FreeFlow™ consists of an array of polymer process aids designed to meet the needs of the polyolefin industry.

Viton™ FreeFlow™ Z200 and Z210 Technical Information

Viton™ FreeFlow™ Z200 and Z210 are process aids for polyolefins that provide outstanding performance through the full range of polyolefin processing conditions to eliminate melt fracture, lower extrusion pressure, reduce amperage and torque, and reduce die buildup.

Viton™ FreeFlow™ RoHS, WEEE, and ELV Directives Technical Information

The information set forth herein is furnished free of charge and based on technical data that Chemours believes to be reliable.

Viton™ FreeFlow™ RC Technical Information

Viton™ FreeFlow™ RC is a processing additive for narrow molecular weight LLDPE. This material will eliminate melt fracture, lower extrusion pressure, and reduce extrusion torque and die buildup.

Viton™ FreeFlow™ Z150 Technical Information

Viton™ FreeFlow™ Z Technology process aids for polyolefins are designed to greatly contribute to eliminating melt fracture, decreasing die pressure, lowering amperage and torque, and reducing die lip buildup during extrusion processes.