SBE Direct customised UHF RFID labels cover traceability, inventory, and asset management needs in industrial, logistics, and retail environments. The range comes in two families: Standard UHF RFID labels for non-metallic surfaces and On-Metal UHF RFID labels for reading on metal. Each reference can be encoded and printed to your operational requirements, with logo, barcode, or variable data customisation. A flexible solution, designed to integrate into your identification and asset security processes.
Customised UHF RFID labels: industrial traceability and automatic identification
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Customised UHF RFID labels are designed for companies that want to automate the reading, identification, and inventory of their assets without direct line of sight. Read at a distance by a fixed or handheld UHF RFID reader, they enable on-the-fly inventory, continuous traceability of logistics flows, and precise asset management.
The SBE Direct range is divided into two technical families, to be selected based on the surface to be labelled. For non-metallic surfaces (cardboard, plastics, wood, textiles), the Standard UHF RFID label version offers a flexible, cost-effective wet inlay format. For metallic surfaces (industrial equipment, machinery, IT racks, containers), the On-Metal UHF RFID label version incorporates a 1.2 mm technical PET substrate that isolates the antenna from the metal and guarantees stable reading.
Each reference is delivered pre-encoded and customised to your requirements: EPC encoding, variable black-and-white printing (serial number, barcode, monochrome logo), or a combination of both.
This flexibility allows labels to be integrated directly into your information system with no intermediate manual programming step. In a context where logistics performance has become essential, RFID and traceability technologies are establishing themselves as indispensable solutions for reliable, automated product tracking.
Standard UHF RFID label version: traceability solutions for non-metallic surfaces

The Standard version is based on a PET wet inlay construction, suited for application on cardboard, pallets, plastic containers, textiles, and documents. Two formats are offered as standard: a 53 × 33 mm format fitted with the NXP UCODE 9/9xe chip and packaged in rolls of 1,000 labels, and a compact 44 × 18 mm format with the same chip, calibrated for the ETSI 865–868 MHz band and intended for European applications.
These Standard UHF labels are particularly suited to high-volume operations: carton labelling at the end of a production line, pallet identification at logistics docks, marking of sensitive documents. The 40 mm core ensures direct compatibility with most industrial thermal transfer RFID printers.
On-Metal UHF RFID version: reliable traceability labels for metallic surfaces

The presence of metal disrupts the radiation pattern of standard UHF RFID antennas. The On-Metal version resolves this constraint with a 1.2 mm technical PET substrate that isolates the antenna from the metallic surface and enables stable, reproducible reading. Three formats are available: 55 × 15 mm and 60 × 25 mm fitted with the Impinj Monza R6P chip, and 80 × 40 mm fitted with the NXP U9 / U9xe chip. Each format covers the worldwide 860–960 MHz band.
The On-Metal family targets IT asset management applications (servers, racks, network equipment), industrial maintenance (machinery, tools, moulds), logistics equipment traceability (trolleys, containers, metal bins), and fixed asset management. Packaging ranges from 400 to 600 labels per roll depending on the format, on a 40 mm core compatible with industrial printers.
RFID tag customisation: encoding and variable printing for industrial traceability

Three customisation options are available at order, selectable directly from the product variants: encoding only, logo and barcode or sequential number printing, or encoding combined with logo and barcode or sequential number printing.
Encoding consists of programming the EPC or a unique identifier into the chip memory before delivery. Variable printing allows different data to be applied to each label, such as a sequential serial number, a 1D or 2D barcode, an internal reference, or a monochrome logo.
This industrial customisation eliminates in-house programming and printing steps, accelerates label commissioning, and guarantees consistency between the encoded RFID identifier and the printed information. For specific requirements involving colour printing or multi-zone layouts, additional options are available on request for quotation. You can also consult our comprehensive RFID inventory guide to understand how to integrate these labels into a global traceability process.
Custom formats and made-to-order manufacturing

Beyond the standard catalogue formats, SBE Direct supports its customers on custom UHF RFID label manufacturing projects: specific format, chip selection, technical substrate, memory configuration. The minimum manufacturing quantity for a custom format is 10 rolls. Additional tooling fees of €600 apply once only for the creation of new tooling. These fees do not apply to standard catalogue formats. To assess the feasibility of your project, contact our technical team via a personalised quote request.
Key advantages
- Reading without direct line of sight: several dozen labels read simultaneously by a UHF RFID reader, compared to one at a time with barcodes.
- Unique identification of each asset: each chip has a programmable EPC, guaranteeing collision-free identification.
- Compatibility with market standards: NXP UCODE9/9xe and Impinj Monza R6P chips, recognised by the leading RFID software packages and industrial readers.
- Dedicated On-Metal version: stable reading on metal thanks to the 1.2 mm technical PET substrate, with no signal loss.
- Customisation at source: labels delivered encoded and printed, ready to apply, with no additional handling.
- Production flexibility: standard formats immediately available, custom formats possible from 100 rolls.
UHF RFID label packaging: high-volume deployments for industrial traceability
For large-scale industrial and logistics projects, SBE Direct offers an extended packaging option in rolls of 5,000 labels, available on request. This format optimises multi-site deployments, continuous-flow production lines, and high-cadence labelling operations by reducing the frequency of roll changes on industrial RFID printers. It also ensures better production consistency (same encoding batch, same print run) across large volumes. This option should be specified at the time of the quote request: it applies to both the Standard and On-Metal versions, and remains compatible with the standard 40 mm core.
Technical specifications of UHF RFID tags and available traceability formats

SBE Direct customised UHF RFID labels are available in several configurations to meet the reading, substrate, and environmental constraints of each application.
The range distinguishes between Standard models, suited to non-metallic surfaces, and On-Metal models, specifically designed to guarantee reliable reading on metallic supports. The references below present the main formats, integrated RFID chips, frequency bands, and available packaging.
| Family | Format (mm) | Chip | Frequency | Labels / roll |
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| Standard | 53 × 33 | NXP UCODE9 / 9xe | 860–960 MHz | 1,000 |
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| Standard | 44 × 18 | NXP UCODE9 / 9xe | 865–868 MHz (ETSI) | 1,000 |
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| On-Metal | 55 × 15 × 1.2 | Impinj Monza R6P | 860–960 MHz | 1,000 |
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| On-Metal | 60 × 25 × 1.2 | Impinj Monza R6P | 860–960 MHz | 1,000 |
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| On-Metal | 80 × 40 × 1.2 | NXP UCODE9 / 9xe | 860–960 MHz | 1,000 |
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Depending on your operating environment, the choice of format and RFID chip can have an impact on read performance, range, and the available surface area for printing and customisation. References using NXP UCODE 9 / UCODE 9xe chips are particularly well suited to large-scale asset management and traceability applications, while models fitted with the Impinj Monza R6P chip deliver excellent performance for industrial On-Metal applications.
For specific requirements, custom formats, alternative RFID chips, or particular technical characteristics can also be considered on request.