Product Description
This Heat Shrink Tube is made from a polymer material that contracts when heat is applied, creating a tight seal around cables, wires, and other objects. Some of the features of this heat shrink tube include resistance to moisture, chemicals, and abrasion, as well as high-temperature tolerance. The benefits of this tube include protection from environmental factors, improved insulation, and increased durability. They are also easy to install, reducing installation time and costs. It is a cost-effective and reliable solution for protecting and insulating electrical components.
We are recognized as one of the eminent manufacturers and exporters of Heat Shrink Tube. This kind of shrink tube has a compact self supporting and strong tap-off point. Manufactured in compliance with the industrial standards and norms, this Heat Shrink Tube facilitates loop-in & loop-out connections for 11KV AC lines. We manufacture a wide range of shrink tubes in different specifications to meet diverse industrial requirements. These tubes are shock proof and heat shrink resistant.
Reliable Insulation and ProtectionEngineered for robust performance, the heat shrink tube is perfect for safeguarding wires in both industrial and domestic environments. Its flexibility and high dielectric strength make it a trusted choice for electrical insulation, minimizing risk and enhancing system integrity. The flame retardant feature ensures additional safety during operation.
Superior Material and DesignCrafted from soft yet durable polyolefin, this tubing provides a smooth finish for easy installation. Its water absorption rate of less than 0.5% assures longevity and stable performance, even in challenging conditions. The tube conforms effectively around irregular shapes with a 2:1 shrink ratio and thickness range of 0.20.5 mm.
Versatile Applications for Every IndustryThis heat shrinkable tube is suitable for a wide range of applications, including electrical insulation, wire bundling, strain relief, and abrasion protection. The product serves exporters, importers, manufacturers, and suppliers looking for dependable insulation solutions in India and beyond.
FAQs of Heat Shrink Tube:
Q: How should I use the heat shrink tube for wire insulation?
A: To use the heat shrink tube, first cut it to the desired length, then slide it over the wire or joint needing insulation. Apply heat (at least 70C) with a heat gun or similar tool, allowing the tube to shrink snugly around the wire, providing a secure and protective seal.
Q: What is the main advantage of using this heat shrink tube?
A: The primary benefit is its reliable electrical insulation and protection for wires. With a high dielectric strength ( 15 kV/mm) and flame-retardant polyolefin construction, it reduces short-circuit risks and safeguards against environmental factors, all while maintaining flexibility and durability.
Q: When should I select this particular heat shrink tube?
A: Choose this tube when you need insulation for wires exposed to a wide temperature range (from -55C to +125C), or require flame retardancy along with high dielectric strength. Its suitable for both industrial and residential wiring where safety and reliability are critical.
Q: Where can I purchase custom lengths or bulk quantities of this tube?
A: As a manufacturer, exporter, importer, and supplier in India, we offer standard 1-meter lengths as well as custom lengths upon request. You can place orders directly with us or through our distribution partners for tailored solutions to fit specific needs.
Q: What are the typical applications for this heat shrink tubing?
A: This tubing is widely used for electrical insulation, wire and cable bundling, strain relief, and general wire protection in automotive, electronics, and industrial sectors. Its flame-retardant and flexible properties make it versatile for numerous wiring jobs.
Q: What is the process involved in shrinking the tube?
A: After positioning the tube over the desired area, you must apply heat using a heat gun or similar tool, ensuring the temperature reaches at least 70C. The tube will shrink to half its original diameter (2:1 ratio), creating a tight, insulating fit.