Viton GLT Fluoroelastomer Dupont Dow Elastomers Fluoropolymers SEALANT ADHESIVE In adhesives applications, Viton forms a strong bond that can flex without failure after repeated temperature cycling and vibration. Viton GLT, a member of a family of peroxide curable fluorocarbon elastomers, is designed for low temperature service with no sacrifice in the excellent heat and fluids resistance characteristics of Viton fluoroelastomers. Unlike other fluoroelastomers, Viton GLT is readily vulcanized using organic peroxides. Viton GLT shows significant improvements in low-temperature service ability. low temperature utility Features: Improved low-temperature flexibility Excellent low-temperature tensile properties Good low- and high-temperature compression set resistance Fast cure rate with good processing safety Fast mill mix—one-pass Banbury mix Excellent polymer stability and compound bin storage stability Viton GLT is suggested for use in static and dynamic sealing applications where a broad temperature service range is required. Its excellent low-temperature properties make it ideally suited to applications where low-temperature flexibility is needed. Low-temperature service for: O-rings Lip seals Molded shapes Diaphragms A typical recipe for Viton GLT includes an inert filler, an acid acceptor, an organic peroxide, and an organic triazine. The low-temperature properties of Viton® GLT are superior to all currently commercial fluorocarbon elastomers. This superiority may be demonstrated by examining the low-temperature tensile strength properties of Viton GLT. Peroxide curable fluorocarbon elastomer. Designed for low temperature service. Vulcanized using organic peroxides. Features improved low-temperature flexibility and tensile properties, good low- and high-temperature compression set resistance, fast cure rate with good processing safety, fast mill mix—one-pass Banbury mix and good polymer stability and compound bin storage stability. Can be used in static and dynamic sealing applications. Forms a strong bond that can flex without failure after repeated temperature cycling and vibration in adhesives applications.