RFID tags

Intelligent adhesive labels (RFID) for identification and traceability

RFID adhesive labels are the technologically advanced solution for automatic product and packaging identification. They revolutionize processes in critical sectors such as logistics, warehousing, manufacturing, apparel, and healthcare , enabling unprecedented data control and management.

Thanks to the integration of a chip (tag), the RFID label allows for complete traceability of the entire supply chain , from semi-finished products to shipping, all the way to shelf placement. Our labels can also be overprinted with visible information, such as 1D/2D barcodes or variable data, combining visual and radio frequency identification.

From single label to bulk inventory

An RFID tag is a chip containing product data, read via radio frequency (HF/UHF). It allows for mass inventory (e.g., an entire pallet) by reading hundreds of tags per second. It is typically integrated into adhesive labels (paper or synthetic), programmable and printable with dedicated RFID printers.

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Frequency Types: UHF vs. HF

The choice of RFID technology depends on the reading distance and the type of application. Our labels can incorporate different types of inlays:

  • UHF (Ultra High Frequency) RFID Inlays: Designed for high performance. They enable long-range , high-volume reading (hundreds of tags per second), ideal for logistics, gate management, warehouse inventory, and the apparel supply chain.

  • HF (High Frequency) RFID Inlays: Optimized for short-range reading (a few centimeters), also often used in NFC technology. They are the perfect choice for the medical sector, laboratories (test tube tracking), access control, or anti-counterfeit product authentication.

Types of materials

Materials and Resistance for Critical Applications

An RFID tag is only effective if the label it contains can withstand the environment in which it is used. We match the inlay with the most suitable adhesive material:

  • RFID on Paper: The most common and cost-effective solution for logistics, retail, and indoor packaging identification.

  • RFID on Synthetic Materials (PET, PP, PVC): Essential for industrial, laboratory, or outdoor logistics applications. These labels resist chemicals, solvents, humidity, heat , and mechanical stress, protecting the chip and ensuring long-term readability.

Choose the type that best suits your business

FAQ

FAQ

What does UHF and HF RFID mean? Which should I choose?

There are two different reading frequencies:

  • UHF (Ultra High Frequency): Enables long-range (several meters) and "massive" reading (hundreds of labels per second). It's the ideal choice for logistics, warehousing, and inventory.

  • HF (High Frequency / NFC): Allows reading at short distances (a few centimeters). It is used for access control, anti-counterfeiting, or precision traceability (e.g., laboratory test tubes).

Can I print a barcode on an RFID label?

Yes. Our RFID labels are designed for dual encoding . They are standard adhesive labels (paper or synthetic) with an RFID chip embedded inside. They can be overprinted with any visible information (barcodes, text, logos) using a dedicated RFID printer.

Does an RFID tag work on metal or liquids?

It depends. Standard RFID tags have problems on metal surfaces (which reflect the signal) and on products containing liquids (which absorb the signal). For these applications, there are specific "on-metal" RFID tags, designed with an insulating layer that allows the chip to function properly.

Is the RFID tag reusable or rewritable?

The RFID chip is rewritable . Unlike a printed barcode, which is static, the RFID tag's memory can be locked (read-only) or left open to be updated multiple times during the process (e.g., to change the status from "in progress" to "shipped").

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    PRIVACY

    Features

    – Remote reading (without eye contact)
    – Massive inventory (hundreds of tags per second)
    – Data stored and updated on the chip
    – Real-time traceability
    – Security (anti-counterfeiting)
    – Overprintable with barcodes and texts
    – High resistance (synthetic versions)
    – Dual frequency (UHF for logistics, HF/NFC for proximity)