The HIS-3 BAG series is a flexible thin wall heatshrink tubing made from polyolefin offering good cable protection and insulations and being an ideal solution for the electronics industry. It is a reliable electrical insulation and is ideal for cable joints and terminations.

• Usable for insulation
• Offer great protection of cables and harnesses
• Cross-linked polyolefin
• Heat shrink ratio 3:1
• Operating temperature of -55 to 135°C
• Flame retardant
• 10 pre-cut pieces per bag

Why should I use HIS-3 BAG Series Heat-Shrink Tubing?
The HIS-3 BAG series of heatshrink tubing offers convenience with pre-cut pieces in the bag and performance in having great protection for cables, good insulation and being flame retardant.

What does a heat shrink ratio of 3:1 mean?
A ratio of 3:1 means when the tube is heated it shrinks to a third of its original diameter.

How can I shrink the tubing?
A heat gun or a heat shrink oven are ideal ways to shrink your tubing. Before heating always check to ensure you know the correct heating temperature of your tubing.

Remember to ensure all health and safety precautions have been taken prior to using a heating devise.

SAE-AMS-DTL-23053/5, UL224 125°C 600V VW-1
MIL-DTL-23053/5 Class 1 & 3

Searching for a reliable way to protect your cables in heavy-duty industrial environments? This heat shrink tubing from HellermannTyton has you covered. It's made from a durable cross-linked polyolefin polymer, so it stands up to abrasion and impact in tough settings. The tubing's high dielectric strength of 20kV/mm means it offers dependable protection against electrical faults.

• 3:1 shrink ratio ensures a secure fit for multiple cable sizes
• Supplied in convenient pre-cut lengths to save time during installation
• Broad operating temperature range of -55 to +135°C for use in harsh conditions

• Oil and gas industries
• Automotive manufacturing
• Electrical engineering

You can use a heat gun or a heat shrink oven to apply this product. Check the recommended temperature for the tube type you're using – in this case, +100°C and over will produce the best results.