HellermannTyton, Beyaz, Örgülü Kablo Kılıfı, 1,5mm Fiberglas, 25m Uzunluğunda

HellermannTyton Cable Sleeve, 1.5mm Sleeve Diameter, 25m Sleeve Length - GSS1.5

This cable sleeve is an effective solution for ensuring the longevity and protection of electrical cables. Made from durable fibreglass, the sleeve features a 1.5mm diameter and is available in a natural colour. With a length of 25 m, this flexible wrap provides high temperature cable protection, making it suitable for a variety of demanding environments.

Features & Benefits

• Constructed from fibreglass for superior durability
• Lightweight design enhances ease of installation
• Braided structure offers reliable flexibility and resilience
• Resistance to temperatures as low as -60 °C
• Provides effective electrical insulation in critical applications

Applications

• Used for high-temperature electrical installations
• Suitable for mechanical and automation equipment
• Effective in environments requiring electrical insulation
• Designed for covering delicate cables in electronics
• Applicable in situations needing robust cable protection

What temperature range can this sleeve accommodate?

It can operate effectively at temperatures as low as -60 °C, making it suitable for environments with extreme conditions.

How does the braided design contribute to its functionality?

The braided design enhances flexibility, allowing for easier handling and application in tight spaces without sacrificing strength.

Why is fibreglass an advantageous material for this product?

Fibreglass is lightweight yet durable, providing significant resilience against abrasion while maintaining electrical insulation properties.

Can this sleeve be cut to specific lengths for individual projects?

Yes, the length of 25 m allows users to cut the sleeve to required dimensions, making it versatile for various applications.

In what specific scenarios would this cable sleeve be most beneficial?

It is particularly beneficial in industrial settings where cables may be subjected to severe temperature fluctuations and mechanical wear.