Designed for metal
Use specialist constructions intended to operate on conductive surfaces rather than adapting a standard paper label.
RFID for demanding surfaces
On-metal RFID tags for tools, assets and industrial equipment
Metal changes the behaviour of a conventional RFID inlay. On-metal tags use a purpose-designed construction to manage that environment. We match tag format, attachment, print method and read performance to the real asset and its lifecycle.
- UK application support
- Media and sample testing
- Integration planning
A complete working process
More than a printer specification
We consider the label, data, encoder, product and downstream read point together—because each one affects the result.
Durability options
Specify facestock, print, adhesive or mechanical fixing around abrasion, chemicals, temperature and outdoor exposure.
Printable formats
Where the construction permits, add text, codes and serial numbers while encoding the electronic identity.
Test on the real asset
Validate orientation, mounting surface and read zone using representative equipment before rollout.
Specification checklist
What we will confirm with you
A short discovery call and representative samples can remove much of the risk from equipment and media selection.
Start the specification- Asset material, curvature and available fixing area
- Required read distance and viewing angle
- Adhesive, rivet, screw, cable-tie or embedded attachment
- Temperature, washdown, chemicals and outdoor exposure
- Human-readable print and barcode durability
- Recesses, protective covers and tag orientation
Where it fits
Applications for on-metal tags
Frequently asked questions
Clear answers before you invest
Have a more specific technical question? Send a sample or speak directly with our team.
sales@oxfordtraceability.co.ukWhy does a normal RFID label struggle on metal?
A nearby conductive surface can detune the antenna and alter the RF field. A purpose-designed on-metal tag introduces a construction that helps the antenna operate in that environment.
Can on-metal tags be printed in an RFID printer?
Some thin, flexible on-metal labels are supplied in roll formats suitable for compatible printer-encoders. Rigid or unusually thick tags may need separate printing, laser marking or pre-encoding.
How should an on-metal tag be fixed?
The choice depends on the asset and environment. High-performance adhesives may suit smooth surfaces, while mechanical fixing can be preferable for rough, high-temperature or long-life applications.
Make the next decision easier