The D-MAX Heat Shrink Tubing Kit offers a reliable and clean solution for electrical insulation and protecting cable connections. It has been specifically developed for use in RC modeling and hobby electronics projects, but is equally suitable for general repairs and installations. Thanks to the two included colors, red and black, you can easily and clearly label wires and polarities.

Key Features

• 2:1 Shrink Ratio: The tubing reduces its diameter by 50% when heated, ensuring a snug and secure enclosure for cables and components.
• Durable Polyolefin Material: Made from flexible polyolefin (PE), known for its excellent electrical insulation properties and resilience.
• Wide Operating Temperature Range: The tubing is designed for use in extreme conditions from -55 °C to +125 °C, maintaining its properties throughout.
• Low Activation Temperature: The shrinking process begins at just 70 °C and is fully completed at 110 °C, allowing for quick and material-friendly processing with a standard heat gun.
• Minimal Longitudinal Shrinkage: With a low longitudinal shrinkage of only 5%, the covering remains precise and dimensionally stable in length even after heating.
• Color Coding: The set includes one red and one black tube, ideal for marking polarities (e.g., positive/negative) or for visual organization of cable bundles.

Technical Data

• Material: Polyolefin (PE)
• Diameter (before shrinkage): 4 mm
• Width (flat): 6 mm
• Wall thickness (before shrinkage): 0.25 mm - 0.35 mm
• Shrink ratio: 2:1
• Radial shrinkage: 50 %
• Longitudinal shrinkage: 5 %
• Shrink temperature: 70 °C (start) to 110 °C (complete shrinkage)
• Operating temperature: -55 °C to +125 °C
• Colors: Red, Black

Scope of Delivery

• 1x Heat Shrink Tubing D4mm, Red (1 meter length)
• 1x Heat Shrink Tubing D4mm, Black (1 meter length)

Application

This heat shrink tubing kit is suitable for hobbyists and experienced technicians alike. It primarily serves to insulate solder joints, repair damaged cable jackets, and bundle wires in electronic devices and automotive applications.