Scannable Squircle' On-Metal NFC Tag (Singles)

 

Scannable Squircle NFC Tag (On-Metal Singles)

The Scannable Squircle On-Metal NFC Tag (Singles) offers a compact and reliable digital tagging solution for metal equipment. Designed specifically for small metal surfaces, the tag comes with improved adhesive layers, epoxy protection over the microchip and a tougher top layer to handle demanding use. This means you can attach it to gear such as carabiners, small hardware or metal fixtures and rely on consistent scanning performance.

Optimised On-Metal Adhesive & Construction

This version of the Squircle tag has been upgraded for adhesion on metal. It features a high-tack, self-adhesive backing tailored for rough or small metallic surfaces. The protective epoxy layer covers the chip area and the more robust top layer improves durability against abrasion or handling. Because of these enhancements, the tag stands up better to challenging workplace conditions.

Designed for Metal Gear Tracking

As a self-adhesive tag meant for metal surfaces, the Squircle is ideal when traditional labels fail. For instance, when tagging round-bar carabiners, you can pair it with adhesive-lined heat-shrink (sold separately) to ensure secure attachment without affecting the gear’s function. Its design supports asset tracking, inspection logs and gear traceability on metal hardware.

Single-Unit Format for Flexible Use

Supplied as a single tag, the Scannable Squircle On-Metal NFC Tag (Singles) allows precise individual tagging rather than bulk purchase. This makes it suitable for replacing a single item, tagging a specific piece of gear or trial installations. Its compact size fits discreetly on metal equipment while maintaining visibility and scannability.

Key Features

• On-metal NFC tag with improved adhesive layers for metal surfaces
• Epoxy-protected microchip and robust top layer for durability
• Self-adhesive sticker suitable for small metal gear and carabiners
• Ideal for asset tracking, inspections and digital gear management
• Single-unit format — suitable for individual tagging tasks