HellermannTyton Heat Shrink Tubing, White 6mm Sleeve Dia. x 110m Length 3:1 Ratio, TULT Series

This heat shrink tubing is an essential component for various applications in the electrical and mechanical industries. Made from polyolefin cross-linked material, this product features a sleeve diameter of 6mm that shrinks to a diameter of 2mm. With a length of 110m, this white heat shrink sleeve is designed for effective electrical insulation, providing durability and protection in a range of environments. This tubing meets RoHS standards and is flame-retardant, making it suitable for use in demanding conditions.

• Shrink ratio of 3:1 enables versatile application options
• Polyolefin material offers excellent resistance to chemicals
• Flame-retardant properties enhance safety in electrical installations
• Non-adhesive lining ensures ease of application and removal
• Withstands operating temperatures between -55 and +135°C
• Durable construction provides long-lasting cable protection

• Used for insulating electrical connections in automotive wiring
• Suitable for protecting sensitive electronic components
• Ideal for bundling and securing multiple cables together
• Commonly used in industrial automation setups
• Effective in sealing and protecting against moisture ingress

The polyolefin cross-linked material provides substantial resistance against chemicals and extreme temperatures, ensuring reliable performance even in challenging environments.

The 3:1 shrink ratio allows for flexibility in usage, accommodating various cable sizes and applications, providing a snug fit while maintaining a streamlined appearance.

Yes, the flame-retardant feature significantly enhances safety, making it suitable for installations in areas where heat resistance is crucial.

Absolutely, it can function effectively in temperatures as low as -55°C, making it ideal for cold-weather applications.

This tubing not only insulates and protects cables but also helps to organise and bundle multiple wires, reducing clutter and the risk of damage from exposure to environmental factors.