Remke 7304-011R Bus Drop Grip Universal Bale Wide Range cable range .40 - 56

TUFF-SEALENGINEERED SOLUTIONS ARE SECOND TO NONEIn the Tuff-Seal family of Cord Connectors & Wire Mesh Grips customization means you can mix and match from our extensive selection of special materials, wire mesh, components, threading, custom packaging, kitting and private labeling to develop the wire management Cord Connectors & Wire Mesh Grips that meets your specific needs.Special MaterialsAluminum - excellent durability and performance for most industrial applicationsNylon - lightweight and corrosion resistantSteel - preferred in rugged industrial environmentsValox - suitable for FDA-mandated washdown locationsStainless Steel - the highest levels of durability in severely corrosive environmentsNickel-Plated Aluminum - protection against corrosion, friction & contamination with the appearance of polished stainless steelSpecial Wire MeshA variety of materials including non-magnetic tin coated bronze, stainless steel, galvanized steel, plastic-coated galvanized steel strands, and non-metallic strandsSpecial Components/OptionsMultiple hole bushings in a variety of hole combinationsSlit bushingsVarious bushing materials including neoprene, silicone, Viton, and buna-NLocknutsEmbedded O-RingsApplication-specific requestsSpecial ThreadingNPTPgISO (metric)NPSApplicaton-specific requestsCustom Packaging, Kitting and Private LabelingTuff Seal Wire Mesh Cable Grips distribute stress over a large area to prevent damage to wire, cable and flexible conduit. They are built to perform their task over an extended period of time without loosening their hold. All Remke Wire Mesh Grips are available in a wide selection of cable ranges and eye styles where applicable, and can be used in conjunction with any RSR cord connector.Remke's line of Wire Mesh Cable grips includes:Standard Support Grips - used both indoors & outdoors to hold the weight of a cable that is vertical or sloping.Lace Closing Support Grips - suitable for permanent support applications and designed for all phases of