Panduit HV9100-C0

Cable Tie, 14-1/2 in L, 3.90 in Max Bundle Dia., Black, Nylon 6/6, 160 lb Strength, 100 PK

PANDUIT HV9100-C0Cable Tie, Nylon 6.6 (Polyamide 6.6), Black, 367 mm, 8.9 mm, 100 mm

CABLE TIE, IN-LINE, 367MM, PK100; Cable Tie Material: Nylon 6.6 (Polyamide 6.6); Cable Tie Colour: Black; Cable Tie Length: 367mm; Cable Tie Width: 8.9mm; Cable Bundle Diameter Max: 100mm; Minimum Loop Tensile Strength: 160lb; Cable Tie Type: Standard; Product Range: Panduit HV Series; SVHC: No SVHC (17-Dec-2015); Accessory Type: Cable Tie; Body Material: Nylon 6.6 (Polyamide 6.6); Cable Bundle Diameter Min: 10mm; Cable Diameter Max: 100mm; Cable Diameter Min: 10mm; Colour: Black; External Length / Height: 367mm; External Width: 8.9mm; Height: 367mm; Material: Nylon 6.6; Material Thickness: 1.9mm; Operating Temperature Max: 85°C; Tensile Strength N/mm²: 710N/mm²; Tensile Strength N/m²: 710N/mm²

Panduit Hyper-VTTM in line cable ties find the perfect balance of strong and flexible. Made with UV- and weather-resistant nylon theyre flexible enough to conform to irregular bundles while double-sided teeth and a two-wedge locking design add extra locki

Hyper-V Cable Tie, In-Line, 14.4 Inches (367 mm) Length, Weather Resistant. Black. Fixed and flexible two-wedge locking design provides a low threading force. Teeth on both sides of cable tie body provide additional locking strength and improved flexibility to conform to irregular bundle shapes such as securing cables to cable tray systems. Releasable head position for temporary bundling of cables prior to final locking. No need to replace ties when adding cables/wires to the bundle. Teeth on full length of body support a wide range of bundle diameters. Bending serrations on the tip of the tie allows the tip to be easily formed into an arc. enabling installer to fish the tie around the bundle in a confined space. Threading hole in the tip of the tie allows an installer to hook the tip with a simple device to pull the tie through spaces with limited access. In-Line tie design for parallel-entry of the tie into head resulting in a lower profile on cable bundles.