RND Heat Shrink Tubing Kit, Black 2:1 Ratio

Introducing the range of high-quality RS PRO Heat Shrink Tubing, an easy-to-use solution for general-purpose heat shrink applications. Each tube is made from flexible Polyolefin with a low shrink temperature of 70˚C and a high shrink ratio of 2:1, shrinking to 2 times its original diameter, making it ideal for covering irregular or awkward shapes and creating a tight seal with excellent adhesive properties. This tubing can be used in various environments to repair wires and where waterproofing is required.

This range of high-quality RND heat shrinks are flexible and versatile for a range of general-purpose heat shrink applications and offer have a high shrinkage ratio, shrinking to 2 times its original diameter, making them ideal for larger, irregular shapes
They offer excellent electrical insulation with waterproof and chemically resistant properties, suitable for harsh environments
It’s a cost-effective and all in one solution for technicians who require access to different types of heat shrinks
Maximum operating temperature of +125°C
Available in a selection of different sizes to work with a wide range of applications

Heat shrink tubing is a type of extruded plastic tubing that can be cut to size and fitted over a wire or cable joint to protect and insulate the connection. When heat is applied, the tubing shrinks permanently, providing a protective seal. These polyolefin heat shrinkable tubes are very versatile and are used in both commercial and industrial applications for protecting and sealing cable joints and in-line components such as disconnect terminals and wire splices. They can also be used to carry out repairs on existing worn or torn cable or wiring insulation. Heat shrinks are commonly used for things like electrical insulation, mechanical protection to wires and small parts from abrasion, mechanical strain relief on cable and connector joints to prevent damage caused by flexing or bending, cable management for bundling and colour coding, and much more.