TED® Natural Cable Tie PA 6.6 - 360mm x 4.8mm- Pack of 100
The TED® Natural Cable Tie PA 6.6 - 360mm x 4.8mm is a robust and reliable solution designed to meet the demands of modern telecommunications projects. With a length of 190mm and a width of 4.8mm, these heavy-duty cable ties are ideal for securing larger cable bundles in fibre optic and copper telecom networks. Made from high-quality PA 6.6 (polyamide), they deliver superior strength and durability, ensuring organized and secure installations in even the most challenging telecom environments.
Key Features:
- Heavy-Duty Strength: 190mm length and 4.8mm width provide a secure hold for larger cable bundles and telecom equipment.
- Durable PA 6.6 Material: Made from premium polyamide for excellent tensile strength, flexibility, and wear resistance.
- Telecom-Specific Application: Designed for bundling and organizing fibre optic and copper cables in telecom networks.
- Self-Locking Mechanism: Features a dependable locking system to ensure a tight, secure fit that resists slipping.
- Natural Finish: Clean, professional look suitable for indoor telecom environments, such as data centres and network cabinets.
Applications:
- Telecommunications Infrastructure: Ideal for bundling larger cable groups in FTTH, FTTB, and FTTC installations.
- Data Centres: Organizing and securing power cables, fibre optics, and copper wiring in server racks and patch panels.
- Network Installations: Managing cable systems in telecom cabinets, control rooms, and distribution points.
- Field Deployments: Reliable for outdoor and on-site telecom projects requiring heavy-duty cable management.
Benefits:
- Professional Organization: Keeps telecom cables neat, secure, and properly managed for efficient operations.
- Enhanced Durability: Withstands high tension and demanding environments, ensuring long-term reliability.
- Time-Efficient Installation: Self-locking design speeds up cable management during installations or repairs.
- Ample Supply: A pack of 100 ties ensures readiness for multiple large-scale telecom projects.
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