NIIMBOT K Series Cable Label Flag - 12 × 38mm (1000 Labels)

These cable flag labels are designed for use with the NIIMBOT K3 direct thermal system, providing a readable identification surface where standard wrap-around labels fail. The folded flag format isolates printed content from cable curvature, maintaining visibility in dense installations such as patch panels and structured cabling systems.

Key Features

• Flag-style label geometry — Creates a flat, double-sided printable section, allowing identification without rotating or handling cables.
• Direct thermal printing — No ribbon required, simplifying operation for high-volume labelling workflows.
• RFID-enabled media recognition — Automatically configures label dimensions in the K3 system, reducing setup error and alignment waste.
• Synthetic substrate construction — Resists tearing and mechanical stress in cable routing environments such as racks and trays.
• Low-migration acrylic adhesive — Maintains bond integrity under moderate heat without residue build-up or drift.
• High-yield roll (1000 labels) — Suitable for large-scale deployments such as patch panels or structured cabling rollout.
• Extended wrap tail (40 mm) — Ensures secure attachment around common cable diameters.

Application Context — Controlled Indoor Cable Identification

The cable flag format is most effective in environments where cables are densely grouped and physical access is limited. Typical use cases include server racks, patch panels, and structured cabling trays where cables must be identified visually without being moved. The flat flag section improves readability and supports barcode or structured identifiers.

The 12 × 38 mm flag provides sufficient space for short identifiers, while the 40 mm tail secures the label around the cable. This design enables consistent identification across large installations and reduces the need for manual tracing of circuits or network connections.

This format may also be used in controlled electrical panels, hose identification, and stock labelling where visibility is required and environmental exposure is limited.

Material Limitations — Direct Thermal Use Boundaries

These labels use direct thermal technology, which is suitable for short- to medium-term indoor identification. The printed image is formed through a heat-sensitive layer and will degrade when exposed to sustained UV light or elevated temperatures.

As a result, this material is not recommended for outdoor use, prolonged UV exposure, or high-temperature environments. For applications requiring long-term durability, chemical resistance, or UV stability, a thermal transfer system (such as the NIIMBOT M-series) should be used instead.

A cable labelling format optimised for indoor identification, where visibility and layout control are prioritised over long-term environmental durability. e.g. IT panels, patch panels, etc.

Specifications