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On-Metal RFID Labels

Stable & Reliable Tracking On Every Metal Surface

Find the Best On-Metal RFID Label for Your Needs Quickly find UHF, NFC, tamper-evident, ultra-thin, on-metal & on-liquid options tailored to metal surfaces.

UHF On-Metal Label
UHF On-Metal RFID Label Impinj® Monza® R6-P 55x15mm | ISO18000-6C
UHF On-Metal RFID Label Impinj® Monza® R6-P 80x40mm | ISO18000-6C
UHF On-Metal RFID Label Impinj® Monza® R6-P 70x50mm | ISO18000-6C
UHF On-Metal RFID Label Impinj® Monza® R6-P 95x22mm | ISO18000-6C
Flexible & Printable On-Metal NXP® UCODE® 9xe UHF RFID Label | 60×25
UHF On-Metal RFID Label Impinj® Monza® R6-P 70x30mm | ISO18000-6C
UHF On-Metal RFID Label NXP UCODE® 8 30x15mm | ISO18000-6C
On-metal RFID Label NXP UCODE® 8 | 50×15mm
Flexible & Printable UHF On-Metal RFID Label NXP® UCODE® 8 | 70×30mm
Flexible & Printable UHF On-Metal RFID Label NXP® UCODE® 8 | 20×10mm
Flexible On-Metal UHF RFID Label NXP® UCODE® DNA | 70×30 mm
Flexible & Printable On-Metal UHF RFID Label Impinj® Monza® R6-P | 30×15mm
Flexible & Printable On-Metal UHF RFID Label Impinj® M730 | 65×35×1 mm
Flexible & Printable UHF On-Metal RFID Label NXP® UCODE® 8 | 65×35mm
Flexible & Printable On-Metal UHF RFID Label Impinj® Monza® R6-P | 60×25mm
Flexible & Printable Long Range On-Metal NXP® UCODE® 8 RFID Label | 60×25
Flexible & Printable On-Metal NXP® UCODE® 8 UHF RFID Label | 60×25

What is an on-metal RFID Label?

An On-metal RFID Label is a radio frequency identification tag specifically designed for use on metal surfaces or in environments where they are in contact with metal objects. It is unique in that it adopts a special structure and technology, allowing it to effectively overcome the interference and shielding effect of metals on radio frequency signals. Traditional RFID Labels often encounter problems such as signal attenuation or shortened reading distance when used on metal surfaces. On-metal RFID Labels use special antenna designs or isolation layers to ensure stable and accurate data transmission on metal surfaces.

Key features of on-metal RFID Label

Metal Compatibility

Metal Compatibility

Traditional RFID tags often experience signal attenuation and reduced reading distance when used on metal surfaces. In contrast, on-metal RFID tags are designed with special materials and structures that effectively counteract the disruptive effects of metal, ensuring stable and reliable signal transmission within the RFID system.

Enhanced Signal Transmission

Enhanced Signal Transmission

On-metal RFID tags typically feature advanced antenna designs or include an isolation layer that minimizes the interference metal creates with electromagnetic waves. This allows the RFID reader to successfully read the tag’s information, even when it is mounted on a metal surface.

Wide Range of Applications

Wide Range of Applications

Due to their resistance to metal interference, on-metal RFID tags are ideal for applications involving asset management, inventory tracking, and tool tracking on metal surfaces or metal objects. Common use cases include tracking industrial equipment, automotive components, machinery parts, and more.

Variety of Sizes and Shapes

Variety of Sizes and Shapes

On-metal RFID tags come in a wide range of sizes and configurations to meet diverse needs, including compact, durable options suitable for tight spaces or harsh industrial environments.

Rugged and Durable

Rugged and Durable

Designed to withstand extreme conditions such as high temperatures, moisture, chemicals, and physical impacts, these tags are built for resilience in demanding industrial settings.

Improved Inventory and Asset Management

Improved Inventory and Asset Management

By leveraging RFID systems with on-metal tags, businesses can significantly enhance inventory management, asset tracking, and supply chain visibility. This results in reduced manual effort, fewer errors, and greater operational efficiency.

Main applications of on-metal RFID Label

An industrial worker inspecting heavy machinery and large mechanical parts in a factory.

Industrial equipment and tool management

In manufacturing, On-metal RFID Labels can be directly attached to metal equipment and tools, helping companies track and locate assets in real-time, ensuring their traceability during use, repair and storage, and reducing tool loss and misallocation.
Tall industrial shelves stacked with goods and pallets inside a large warehouse.

Warehousing and inventory management

On-metal RFID Labels can achieve rapid and accurate identification of metal items, improve warehouse inventory management efficiency, and reduce manual errors. Improve inventory visibility by monitoring the entry and exit of items in real-time.
An aircraft under construction or maintenance inside an aerospace assembly hangar.

Aviation industry

On-metal RFID Labels help airlines accurately track the use, maintenance history and replacement cycles of aircraft parts, improving safety and reducing maintenance costs.
An offshore oil drilling rig platform operating under a bright blue sky.

Energy industry

On-metal RFID Labels can track the operating status, maintenance cycles and life of metal equipment (such as pipelines, pressure vessels, etc.), reduce the risk of equipment failure, and improve asset management efficiency.
A professional medical surgical microscope equipment in a clinical environment.

Medical industry

On-metal RFID Labels are used for the management of medical equipment to ensure equipment use, maintenance and location traceability and improve equipment management efficiency. In addition, it can help manage drug packaging with metal components.
Industrial manufacturing machinery and automated production line in a factory.

Manufacturing

On-metal RFID Labels help accurately track metal equipment on the production line, ensure production efficiency at every link, and improve quality control to ensure product traceability.

How does on-metal RFID labels perform on different metal surfaces?

FAQs

  • When ordinary RFID Labels are used on a metal surface, the metal will cause electromagnetic waves to be reflected or absorbed, which will affect the transmission of signals and cause the reading distance to be shortened or unreadable. On-metal RFID Labels overcome these problems through special antenna design and isolation layers and can work normally in a metal environment.

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