HellermannTyton Cable Tie, Cable Tie, 460 mm x 7.6mm, Black Polyamide 66

HellermannTyton Series T Cable Tie, 460mm Length, 535N Tensile Strength - 111-12660 T120M-PA66W-BK

This cable tie is designed for secure bundling and organisation. The 460mm length and 7.6mm width make it suitable for a variety of applications in automation, electrical, and mechanical industries. With a robust polyamide 6.6 construction, it ensures durability and reliability in both indoor and outdoor settings.

Features & Benefits

• UV resistant material offers durability in harsh environments
• Minimum operating temperature down to -40°C ensures versatility
• Fire behaviour rating of UL 94 V2 for added safety
• High tensile strength of 535N suitable for heavy-duty requirements

Applications

• Used with electrical installations for secure bundling of wires
• Ideal for organising cables in industrial settings
• Utilised in outdoor environments due to weather resistance
• Perfect for mechanical requiring reliable fastening

How does the UV resistance impact its lifespan in outdoor use?

The UV resistance helps prevent degradation from sunlight exposure, significantly extending its lifespan when used outdoors, ensuring long-term reliability in various weather conditions.

What is the significance of the tensile strength in practical applications?

With a tensile strength of 535N, it can securely hold substantial cable bundles, reducing the risk of breakage and ensuring safe cable management in demanding environments.

Can these ties be used in high-temperature scenarios?

Yes, the ties can operate effectively up to +85 °C, making them suitable for scenarios where heat could otherwise compromise cable integrity.

What advantages does polyamide 6.6 provide over other materials?

Polyamide 6.6 is known for its high durability, resistance to acids and alkalis, and excellent mechanical properties, making it a practical choice for industrial use.

How does the design accommodate larger cable bundles?

The maximum bundle diameter of 125mm allows for the organisation of multiple cables and wires without compromising the tie's integrity or security.