Heat-shrink Tube for Label Printer XXX_TF1 (TelForceOne) D1 18055 12 mm x 1.5 m

Heat-shrink Tube for Label Printer XXX_TF1 (TelForceOne) D1 18055 12 mm x 1.5 m is a heat-shrink sleeve compatible with DYMO D1 format label printers. It is supplied as a 1.5 m continuous length with a nominal width of 12 mm, designed to slide over cables, wires or small assemblies and shrink to form a tight, insulated label when heated. The product is intended for electrical identification, cable management and protective marking in workshops, installations and maintenance environments where shrink-fit labeling is required.

Advantages

This heat-shrink tube offers reliable insulation and mechanical protection after shrinking, ensuring printed text remains legible and securely fixed to the underlying cable or component. The DYMO D1 compatibility allows use with common label printers that accept D1-format sleeves, enabling precise, machine-printed identification. The continuous 1.5 m length reduces the need for frequent cartridge changes and allows cutting to exact lengths for custom labels.

Suitable for

• Labeling electrical cables and wires
• Cable management in control panels and racks
• Marking wiring during installation and maintenance
• Insulating and identifying small connectors and assemblies

Key specifications

• Format compatibility: DYMO D1-style heat-shrink sleeves
• Nominal width after application: 12 mm
• Length: 1.5 m continuous sleeve
• Material: heat-shrink polymer suitable for shrink-fit labeling (provides electrical insulation and abrasion resistance)
• Shrink ratio: designed to shrink reliably to fit cables and small assemblies when heated

How to use

Cut the required length from the continuous sleeve and slide it over the cable or component before final assembly. Print the desired text using a compatible DYMO D1-format label printer set to the 12 mm sleeve width and apply the printed sleeve to the target. Heat the sleeve evenly using a heat gun, hot-air tool or appropriate heat source until it contracts uniformly and conforms to the underlying surface, creating a snug, insulated label. Allow the sleeve to cool before handling.

Usage recommendations

For consistent results, set the label printer to the matching sleeve width and use a regulated heat source to apply even heat. Avoid direct flame or excessive localized heating which can damage the sleeve or underlying insulation. Verify compatibility with the specific label printer model and perform a test on scrap material if precise shrink behavior or legibility is critical.