RFID Chip in Tires for Tire Identification
UHF Patch-Bonded RFID Tire Tag for Tire Identification
An RFID chip in tires gives each tire a unique digital identity that can be read by a compatible UHF RFID reader.
This product is a patch-bonded RFID tire tag designed for installation on the inner sidewall area of a tire after surface preparation and adhesive bonding.
It is suitable for fleet maintenance, tire inspection, rotation records, retreading workflows, warehouse identification, and tire lifecycle management.
Key Features
- Passive UHF Tire Identification
The tag stores a unique RFID code that can be linked to tire records, vehicle information, maintenance history, or inspection data. - Patch-Bonded Installation
The RFID tag is supplied in a rubber patch structure for bonding to the prepared inner tire surface using a suitable cold vulcanizing adhesive process. - Reader-Based Tire Tracking
RFID in tires supports data capture at inspection points, maintenance stations, warehouse checkpoints, or fleet service locations.
Technical Specifications
| Feature | Specification |
| Product Type | Patch-bonded UHF RFID tire tag |
| RFID Type | Passive UHF RFID |
| Frequency | 860–960 MHz |
| Protocol | EPC Gen2 / ISO 18000-6C compatible |
| Dimensions | Approx. 95 × 35 mm |
| Material | Rubber patch structure with embedded RFID inlay |
| Installation Position | Inner sidewall area of the tire |
| Installation Method | Patch bonding with suitable cold vulcanizing adhesive |
| Operating Temperature | -35°C to +90°C |
| Protection Level | IP67 |
| Read Range | Up to 10 m, depending on reader, antenna, tire structure, tag position, and environment |
| Data Options | EPC code, tire ID, serial number matching, vehicle ID, batch ID, or database association |
| Reader Options | Handheld UHF reader, fixed UHF reader, or RFID checkpoint reader |
| Custom Options | Encoding, serial matching, visible marking, packaging, and sample testing |
RFID tire tag performance should be tested with the actual tire type, bonding process, reader setup, and software workflow before bulk production.
Typical Applications
- Fleet Tire Identification
Used to identify tires across fleet service workflows. - Tire Retreading Records
Used by retreaders to verify tire identity, service history, and process records before retreading or disposal. - Warehouse and Distribution Tracking
Used to identify tires during storage, picking, shipping, and inventory checking. - Commercial Vehicle Inspection
Used to match tire ID with vehicle number, axle position, inspection date, and maintenance status. - Warranty and Anti-Counterfeit Verification
Used to connect tire identity with production records, sales records, service history, or after-sales verification workflows.
How to Install a Patch-Bonded RFID Tire Tag
A patch-bonded RFID tire tag is installed on the inner sidewall area of the tire.
First, buff the installation area on the tire inner wall and clean the surface to remove dust, oil, and loose rubber particles.
Next, apply cold vulcanizing adhesive to the prepared area according to the adhesive process requirements.
Place the patch-style RFID tire tag onto the glued area and press it firmly.
Use a roller or pressing tool to remove air bubbles and ensure full contact between the patch and the tire surface.
After installation, allow the adhesive to cure according to the process requirements, then test the tag with the planned UHF RFID reader.
RFID Tire Tag vs Barcode Tire Label
| Comparison Point | RFID Tire Tag | Barcode Tire Label |
| Reading Method | Contactless RFID scan | Visual barcode scan |
| Line of Sight | Not normally required | Required |
| Data Capture | Suitable for checkpoint or handheld scanning | Usually scanned one item at a time |
| Placement | Patch-bonded inside the tire | Printed or surface-applied label |
| Durability | Depends on patch structure and bonding quality | Affected by print wear, dirt, and surface damage |
A barcode label is suitable when visual scanning is enough.
An RFID tire tag is more suitable when each tire needs a digital identity that can be read during inspection, maintenance, rotation, or fleet tracking.
Application Case: Fleet Tire Maintenance and Rotation Records
A fleet operator can use patch-bonded RFID tire tags to identify each tire during installation, inspection, rotation, and removal.
Each tag ID can be linked to the tire serial number, vehicle number, axle position, installation date, and maintenance record.
During inspection, a technician scans the RFID tire tag with a handheld UHF reader.
The system can then update tire position, service status, inspection result, or retread history.
This workflow helps maintenance teams reduce manual tire-record errors across multiple vehicles, depots, and service teams.
Planning RFID Tire Tags for Fleet or Maintenance Tracking?
Start with the tire type, installation position, reader location, required data format, and expected reading distance.
Our team can help check whether the patch-bonded RFID tire tag matches your tire maintenance, rotation, warehouse, or retreading workflow.
Sample testing is recommended before bulk production to verify bonding quality, RFID readability, encoding format, and system integration.
Frequently Asked Question
What is an RFID chip in tires?
An RFID chip in tires is a passive RFID transponder used to identify an individual tire with a unique electronic code.
What is a patch-bonded RFID tire tag?
A patch-bonded RFID tire tag is an RFID tag built into a rubber patch structure and bonded to the prepared inner tire surface.
Is RFID in tires real-time tracking?
No. Passive RFID in tires is reader-based. The tire is recorded when it is scanned by a handheld reader, fixed reader, or RFID checkpoint.
What affects RFID tire tag reading distance?
Reading distance depends on tag antenna design, tire material, tag position, reader power, antenna angle, surrounding metal, and software settings.
Can maintenance history be stored directly in the tag?
Some RFID tags may support user memory, but many systems store only a unique ID on the tag and keep detailed tire history in a database.
Get Your Custom RFID Tags
As a leading custom RFID tag manufacturer, we craft solutions based on the unique needs of your operation. We offer a wide range of customization options, including material, size, frequency, encoding, and read distance, ensuring each RFID Tag is perfectly customized to your requirements. No matter what application you use RFID tags for, we can provide rugged, reliable RFID tags that meet the highest quality and durability standards. Here are the main ways we customize RFID tags to fit your needs.
Material Selection
Material is key for customizing RFID tags. Plastic works in harsh conditions, while softer materials suit delicate spaces. Different materials also affect signal performance. Pick what fits your use case to ensure your tags last and work reliably.
Customized Size
Size shapes usability. Small tags fit tight spaces or tiny items, while larger tags are easily read. In crowded areas, sleek tags prevent clashes. Align shape and dimension with your goods for visibility, convenience, and performance.
Frequency Requirements
Choose LF, HF, or UHF based on read range, speed, and interference. LF and HF resist metals and liquids but have shorter ranges. UHF offers an extended range yet may face signal blocks. Match frequency to your environment for reliable performance.
Reading Distance
Define the distance at which you have to read the tag. Short distances work for retail checkouts, while warehouses may need meters of coverage. Antenna design, reader settings, and power outputs affect range.Adjust these factors to capture data accurately at the distance you need.
Encode
Plan how data is stored on each tag. Some only hold an ID, while others contain detailed info. Decide if you need a simple EPC or added user memory. Ensure your chosen format works with existing software. Proper encoding streamlines processes and slashes errors.
Application Environment
Consider real-world conditions. Temperature swings, humidity, and chemicals can degrade tags. For outdoor use, opt for UV-resistant casings. In healthcare or food settings, ensure compliance with safety rules. Matching your tags to the environment maximizes their lifespan.
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Customize any RFID tags from our factory to meet your requirements.
