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Unlike self-adhesive RFID tags, rigid tags have their own protective housing and, depending on the design, can be attached using screws, rivets, adhesive or other mounting methods. The tag construction should be selected according to the operating environment and the surface being tagged.
Our range includes UHF RFID tags for longer read ranges and fast identification, NFC tags for deliberate short-range interaction, and dual-frequency UHF + NFC tags that combine both technologies in a single tag.
Important selection criteria include RFID technology, required read range, material of the tagged object, mounting method, tag dimensions and environmental conditions. Applications on metal or near liquids require particular attention because these materials can significantly influence RFID performance.
Other readers, antennas, modules and RFID equipment can be found in our main RFID category. If you are unsure which tag is suitable, we can help you select an appropriate solution according to the object, environment and identification process.
An RFID label is generally thin and designed to be attached directly to a surface. A rigid RFID tag has its own housing and is often better suited to long-term or mechanically demanding applications. Actual durability depends on the specific tag design.
UHF RFID is primarily used when a longer read range or fast identification of multiple items is required. NFC is suitable for targeted interaction with an individual tag at very short range. The correct technology depends on the workflow.
Yes, but a tag designed for use on metal should be selected. Metal can significantly affect RFID antenna performance, so a standard RFID tag should not automatically be assumed to work correctly on a metal surface.
Consider the object and its material, required read range, mounting method, operating environment and RFID technology. For demanding applications, the selected tag should be tested under real operating conditions before large-scale deployment.
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