The tubing features a 2:1 shrink ratio, which allows it to fit securely over a wide range of cable sizes. After shrinking, the sleeve remains tight and stable around the cable. As a result, identification stays clear and legible over the full lifetime of the installation.

Manufactured from zero halogen polyolefin, this heat shrink tubing limits the release of toxic and corrosive gases in the event of fire. This makes it suitable for enclosed spaces and public environments where safety regulations are strict.

The material resists heat, abrasion, and common industrial chemicals. In addition, the printable surface stays clear, smudge-proof, and fade-resistant. This ensures long-term readability, even in demanding industrial conditions.

The sleeves are printable on most 300 dpi industrial thermal transfer printers, allowing users to produce clear and professional cable markers on demand. Combined with its durability and safety properties, this product offers a dependable solution for critical cable identification tasks.

The post Zero Halogen Heat Shrink Tubing 2:1 – 120–185mm², Yellow appeared first on d-identify.

Thanks to a 2:1 shrink ratio, the tubing adapts easily to different cable sizes. After shrinking, it grips the cable firmly. As a result, the identification remains clear throughout the service life.

The material consists of zero halogen polyolefin, which limits the release of toxic smoke and corrosive gases in case of fire. Therefore, the tubing suits enclosed spaces and public areas.

The sleeve resists heat, abrasion, and common industrial chemicals. Moreover, the printable surface stays clear, smudge-proof, and fade-resistant. Printing works with most 300 dpi thermal transfer printers.

With this zero halogen heat shrink tubing, professionals achieve safe and long-lasting cable identification.

The post Zero Halogen Heat Shrink Tubing 2:1 – 120–185 mm², White appeared first on d-identify.

With a 2:1 shrink ratio, the tubing fits securely over a range of cable sizes. After shrinking, it stays firmly in place. As a result, cable markings remain clear over time.

The material consists of zero halogen polyolefin, which limits toxic smoke and corrosive gas release in case of fire. Therefore, the tubing suits enclosed spaces and public areas.

The sleeve resists heat, abrasion, and industrial chemicals. In addition, the printable surface remains clear, smudge-proof, and fade-resistant. Printing works with most 300 dpi thermal transfer printers.

Using this zero halogen heat shrink tubing ensures long-lasting and compliant cable identification.

The post Zero Halogen Heat Shrink Tubing 2:1 – 35–120 mm², Yellow appeared first on d-identify.

With a 2:1 shrink ratio, the tubing fits securely over a range of cable sizes. After shrinking, it stays firmly in place. As a result, cable markings remain clear over time.

The material consists of zero halogen polyolefin, which limits toxic smoke and corrosive gas release in case of fire. Therefore, the tubing suits enclosed spaces and public areas.

The sleeve resists heat, abrasion, and industrial chemicals. In addition, the printable surface remains clear, smudge-proof, and fade-resistant. Printing works with most 300 dpi thermal transfer printers.

Using this zero halogen heat shrink tubing ensures long-lasting and compliant cable identification.

The post Zero Halogen Heat Shrink Tubing 2:1 – 35–120 mm², Yellow appeared first on d-identify.

With a 2:1 shrink ratio, the tubing adapts easily to different cable sizes. After shrinking, it grips the cable firmly. As a result, the identification remains clear throughout the service life.

The material consists of zero halogen polyolefin, which limits toxic smoke and corrosive gas release in the event of fire. Therefore, the tubing is suitable for enclosed spaces and public areas.

The sleeve resists heat, abrasion, and common industrial chemicals. In addition, the printable surface remains clear, smudge-proof, and fade-resistant. Printing works with most 300 dpi thermal transfer printers.

Using this zero halogen heat shrink tubing ensures compliant and long-lasting cable identification.

The post Zero Halogen Heat Shrink Tubing 2:1 – 16–35 mm², Yellow appeared first on d-identify.

With a 2:1 shrink ratio, the tubing adapts easily to different cable sizes. After shrinking, it grips the cable securely. As a result, the identification remains clear and readable over time.

The material consists of zero halogen polyolefin, which limits the release of toxic smoke and corrosive gases in the event of fire. Therefore, the tubing is suitable for enclosed spaces and public areas.

The sleeve resists heat, abrasion, and common industrial chemicals. In addition, the printable surface remains clear, smudge-proof, and fade-resistant. Printing works with most 300 dpi thermal transfer printers.

Using this zero halogen heat shrink tubing ensures compliant and long-lasting cable identification.

The post Zero Halogen Heat Shrink Tubing 2:1 – 16–35 mm², White appeared first on d-identify.

With a 2:1 shrink ratio, the tubing adapts easily to different cable diameters. After shrinking, it fits tightly around the cable. As a result, identification remains clear over time.

The material consists of zero halogen polyolefin, which limits toxic smoke and corrosive gas release in case of fire. Therefore, the tubing is suitable for enclosed spaces and public areas.

The sleeve resists heat, abrasion, and common industrial chemicals. In addition, the printable surface stays clear, smudge-proof, and fade-resistant. Printing works with most 300 dpi thermal transfer printers.

Using this zero halogen heat shrink tubing ensures durable and compliant cable identification.

The post Zero Halogen Heat Shrink Tubing 2:1 – 6–16 mm², Yellow appeared first on d-identify.

With a 2:1 shrink ratio, the tubing adapts easily to different cable diameters. After shrinking, it fits tightly around the cable. As a result, identification remains clear over time.

The material consists of zero halogen polyolefin, which limits toxic smoke and corrosive gas release in case of fire. Therefore, the tubing is suitable for enclosed spaces and public areas.

The sleeve resists heat, abrasion, and common industrial chemicals. In addition, the printable surface stays clear, smudge-proof, and fade-resistant. Printing works with most 300 dpi thermal transfer printers.

Using this zero halogen heat shrink tubing ensures durable and compliant cable identification.

The post Zero Halogen Heat Shrink Tubing 2:1 – 6–16 mm², White appeared first on d-identify.

With a 2:1 shrink ratio, the tubing adapts easily to smaller cable diameters. After shrinking, it fits tightly around the cable. As a result, the identification remains clear and stable over time.

The material consists of zero halogen polyolefin, which limits toxic smoke and corrosive gas release in the event of fire. Therefore, the tubing is suitable for enclosed spaces and public areas.

The sleeve resists heat, abrasion, and common industrial chemicals. In addition, the printable surface stays clear, smudge-proof, and fade-resistant. Printing works with most 300 dpi thermal transfer printers.

Using this zero halogen heat shrink tubing ensures compliant and long-lasting cable identification.

The post Zero Halogen Heat Shrink Tubing 2:1 – 4–6 mm², Yellow appeared first on d-identify.

With a 2:1 shrink ratio, the tubing adapts easily to small cable diameters. After shrinking, it fits tightly around the cable. As a result, identification remains clear and stable over time.

The material consists of zero halogen polyolefin, which limits toxic smoke and corrosive gas release in case of fire. Therefore, the tubing suits enclosed spaces and public areas.

The sleeve resists heat, abrasion, and common industrial chemicals. In addition, the printable surface stays clear, smudge-proof, and fade-resistant. Printing works with most 300 dpi thermal transfer printers.

Using this zero halogen heat shrink tubing ensures compliant and long-lasting cable identification.

The post Zero Halogen Heat Shrink Tubing 2:1 – 4–6 mm², White appeared first on d-identify.