HellermannTyton Halogen Free Heat Shrink & Cold Shrink Sleeve, Yellow 12.7 mm Sleeve Dia. x 54m Length 2:1 Ratio, TLFX

HellermannTyton Connectivity TLFX Series Heat Shrink & Cold Shrink Sleeve, 12.7mm Sleeve Diameter, 2:1 Shrink Ratio - 554-51501 TLFX127YE-PO-X-YE

This heat shrink & cold shrink sleeve comes with a sleeve diameter of 12.7mm and a shrunk diameter of 6.4mm. This yellow heat shrink tubing is MADE of cross-linked polyolefin. The sleeve has a sustained length of 54m, making it suitable for various projects requiring reliable insulation. It operates effectively within a temperature range of -55°C to +125°C.

Features & Benefits

• Offers a 2:1 shrink ratio for adaptable fitting
  Made from flame-retardant material for added safety
  Complies with RoHS standards for environmental assurance
  Capable of maintaining performance under high temperatures
  Low toxicity levels ensure safe utilisation in sensitive environments
  Provides excellent tensile strength enhancing durability

Applications

• Utilised in railway for electrical insulation
  Applied in the automation sector for protective covering
  Used for sealing and protecting wire connections in electronics
  Suitable for bundling and insulating cables in mechanical setups
  Can be employed in automotive industries for electrical component protection

What is the recommended shrink temperature for this sleeve?

The minimum shrink temperature for effective performance is +70°C ensuring optimal shrinkage properties.

How does this sleeve handle extreme temperatures?

It operates efficiently across a temperature range from -55°C to +125°C making it highly Durable in varying conditions.

What material characteristics enhance safety during use?

The flame-retardant properties of the material minimise fire risks, while the halogen-free feature provides a safer option for sensitive applications.

What tests validate the performance of this sleeve?

Tests such as the Heat Ageing Test and Low Temperature Test confirm its reliability demonstrating resistance to extreme temperatures and ensuring long-lasting performance.