The combination of an anti-metal structure and tamper-proof design ensures stable reading on metal surfaces and reduces the risk of tag transfer.
Utilizing an R6-P UHF chip, it complies with the ISO18000-6C GEN2 protocol, facilitating integration into existing RFID asset management systems.
The tag measures 60×25×1.35mm, featuring a slim and lightweight design suitable for installation on metal equipment, handling devices, and industrial assets.
Using a printable white PET faceplate, it supports customization of visual information such as asset numbers, barcodes, text, and logos.
Tag Dimension: 60*25*1.35mm
Chip: R6-P ( Protocol: ISO18000-6C GEN2)
Memory: TID/UID 96bits+ EPC/Block up to 128bits+ User up to 32bits+ Reserve 32bit access/32bit kill
Operating Frequency: 865-868Mhz
FaceStock/Housing: Printable White PET
Reading Range: 200cm On metal (depends on reader)
Installation: Adhesive
Characteristic: Tamper Proof/On Metal Use
Feature Option: Free consulting and free samples with solution proposal & evaluation, Fast sampling within 2-3days is provided to support ODM/OEM/SKD in order to meet the customized printing including mono/color barcode and text Embossing, laser-engraving, personalization and encoding service

RFID Anti Metal Tamper Proof Tag features a compact 60×25×1.35mm design, an integrated R6-P chip, and complies with the ISO18000-6C GEN2 protocol. It is specifically developed for metal asset identification, equipment tracking, and tamper prevention management. This RFID Anti Metal Tamper Proof Tag uses a printable white PET faceplate and adhesive backing, allowing direct attachment to metal equipment, tools, cabinets, storage boxes, or fixed assets. It achieves a reading distance of approximately 200cm on metal surfaces in the 865–868MHz frequency band (actual reading performance depends on reader configuration and installation environment).
As an industrial-grade tag combining the features of an RFID Anti-Metal Tag, a UHF RFID Tamper-Proof Tag, and a Printable RFID On-Metal Tag, its internal antenna breaks when it is torn or moved, helping to reduce the risks of tag transfer, asset mismatch, and human tampering. It is suitable for applications such as warehouse asset management, industrial equipment tracking, IT asset inventory, metal tool identification, and anti-theft of high-value items. Meanwhile, this tag supports OEM/ODM/SKD customization, offering services such as barcodes, text, color printing, laser engraving, and personalized coding. RFID Anti Metal Tamper Proof Tag is suitable for system integrators and enterprise users to deploy printable anti-metal RFID tags, tamper-proof RFID tags for metal surfaces, and RFID solutions for fixed asset management.
Frequently Ask Question
Can this RFID tag be used directly on metal surfaces?
Yes. This tag is designed according to the application logic of an RFID Anti-Metal Tag, suitable for metal equipment, cabinets, metal containers, shelves, and other similar scenarios. When ordinary RFID tags are directly attached to metal, their read/write performance usually drops significantly. Anti-metal tags, however, use a specialized material structure to reduce metal interference, allowing the tag to maintain readability and relatively stable identification performance on metal surfaces.
However, during project deployment, it is still recommended to conduct on-site testing based on the metal material, installation location, read/write distance, and reader power to confirm the final effect.
What does “tamper proof” mean in real applications?
In actual projects, “tamper proof” mainly refers to the tag's tamper-proof or transfer-proof characteristics. When the tag is forcibly removed from its original location, transferred to other assets, or damaged, the tag structure will be affected, thus helping companies identify whether the tag has been illegally removed or replaced.
For B2B clients, this feature typically offers several practical benefits: preventing asset tags from being transferred to other devices; reducing tag fraud or asset mismatch during inventory checks; and helping high-value devices establish more reliable identification. If your project focuses on "preventing tag reuse," then you should pay special attention to the tamper-proof triggering method, the tag's status after removal, and whether it needs to be linked with the backend system for anomaly marking during the selection process.