Halogen-free heat shrink tubing products

Insulation and protection with low smoke and non-toxicity

DSG-Canusa's halogen-free heat-shrink tubing stands out for its excellent flame retardant fire safety characteristics, while keeping toxic fume emissions well below standard requirements. Also known as zero halogen heat-shrink tubing, our tubes are commonly found in fire safety applications where there is a risk to people or equipment. Our halogen-free heat-shrink tubes exceed requirements for stringent regulations such as VG, EN45545 and NFPA, thereby ensuring safety in case of emergency. Our products are friendly to the environment while also providing the highest safety standards. Our halogen-free heat-shrink tube products are used in aerospace, defense and automotive applications, as well as in industrial manufacturing. They are used in cabins, air conditioning, interiors, and other areas where mechanical and environmental protection is needed.

Halogen-free heat-shrink tubing in mass transit

In mass transit, our halogen-free heat-shrink tubing is used to insulate electrical components. Its non-toxic properties are required for vehicles like cruise ships and ferries, helicopters, railway and subway cars, buses, and are essential in underground installations such as tunnels and subway stations. Our halogen-free heat-shrink tubes are also used in elevators, parking garages, stairways, emergency routes and stadiums - anywhere where people or equipment may be at risk.

Cable safety through ZeroHal identification sleeves

As the use of sensors, software, and other technologies used for connecting and exchanging data increases, more and more cables are being installed and the need for cable safety and identification is rising. Some of our halogen-free heat-shrink tubes are identification sleeves, combining the crucial characteristics of halogen-free products and marker tubes. To provide ease of maintenance and identification, even in harsh environments, our halogen-free marker tubes are customizable and provide a soft surface finish for printability.