Discover industrial-strength bundling with the HellermannTyton 111‑12430 black nylon cable tie. At 760 mm long and 7.6 mm wide, this UV-stabilized PA66W fast-locking tie delivers exceptional tensile strength and reliable performance in both indoor and outdoor settings worldwide. Its inside-serrated design grips cable bundles securely, while the ergonomic bent tail ensures quick and intuitive installation. Ideal for global shipping, telecoms, solar installations, and general cable management.

Key Reasons to Buy the HellermannTyton 111-12430, UV-Resistant Cable Tie

When durability and safety matter, this cable tie stands out, offering high tensile strength, UV resistance, and compatibility across demanding industries. Trusted globally, it reduces downtime, simplifies assembly, and meets international standards for environments exposed to sunlight, extreme temperatures, and corrosive conditions. Built to last, it is a wise, economical choice for installers and engineers worldwide.

Crucial Features Include

• Material: Polyamide 6.6, UV‑resistant (PA66W).
• Size: 760 mm length × 7.6 mm width × 1.8 mm thickness.
• Tensile strength: 535 N, suitable for heavy bundles up to Ø225 mm.
• Inside serrated strap for a tight grip and low insertion force.
• Ergonomic bent tail facilitates fast installation, manually or with tools. 
• UV‑stabilized and halogen‑free, compliant with RoHS, REACH, and UL94 V‑2.

How Can It Benefit Users

• Provides secure bundling even in harsh outdoor conditions.
• Reduces installation time with effortless insertion.
• Ensures long-term reliability, preventing re‑tie failures.
• Compatible with industry standard tensioning and cutting tools.
• Supports eco‑responsible usage: recyclable and halogen‑free.

Typical Uses of the HellermannTyton UV‑resistant 760 mm Cable Tie, 535 N Tensile Black Nylon

• Telecom and data cabling installations
• Solar panel wiring and outdoor electrical systems
• Automotive harnesses and vehicle assembly
• Industrial machinery and panel building
• Marine, rail, and infrastructure projects