HellermannTyton Cable Tie, High Chemical Resistant, 150 mm x 3.5mm, Blue Ethylene Tetrafluoroethylene

HellermannTyton T30R Series Cable Tie, 150mm Length, 133.3 N Tensile Strength - 111-00698 T30R-E/TFE-BU

This cable tie offers effective fastening solutions in various environments. Its high chemical resistance and temperature tolerance ensure secure bundling for applications in the automation, electronics, and mechanical sectors. The blue colour enhances visibility, facilitating cable management in complex assemblies.

Features & Benefits

• High chemical resistance protects against harsh substances
• UV resistant formulation enhances durability outdoors
• ETFE material provides longevity in various applications
• Self-extinguishing properties reduce fire risks
• Heavy-duty design supports a tensile strength of 133.3N

Applications

• Commonly used in industrial environments for cable management
• Suitable for automotive requiring high-temperature protection
• Ideal for electrical installations in chemically aggressive settings
• Effective in construction where UV exposure is a concern
• Utilised in automation systems under extreme conditions

How does the chemical resistance benefit usage in various industries?

The chemical resistance ensures that the ties remain functional when exposed to cleaning agents, oils, or solvents found in industrial environments.

What is the maximum bundle diameter this can accommodate?

The design accommodates a maximum bundle diameter of 36mm, offering flexibility for different cable grouping needs.

Can this withstand extreme temperatures?

Yes, it operates effectively between -80°C and +150°C, making it suitable for diverse applications, including outdoor and heated environments.

Is this suitable for outdoor applications?

The UV resistant nature of the ties makes them appropriate for outdoor use, preventing degradation from sunlight exposure.

What is the tensile strength of this tie?

It possesses a tensile strength of 133.3N, ensuring secure bundling without the risk of snapping under pressure.