October 21, 2026
Our UHF RFID library tags provide a reliable solution for identifying, tracking, and managing books, documents, and library assets. Designed for modern RFID library management systems, these tags support fast data reading, electronic identification, and efficient inventory operations. With multiple material options, flexible tag sizes, and customizable chip configurations, we help libraries select RFID labels that fit their collections and management requirements.
At DO RFID Group, we supply UHF RFID library tags for public libraries, university libraries, school libraries, research institutions, and other organizations that manage large collections of books and information resources. Our tags support automated library workflows, helping staff improve inventory efficiency, simplify book circulation, and maintain accurate collection records.
Whether you are upgrading an existing library system or implementing RFID technology for a new facility, our RFID library labels offer a practical foundation for streamlined collection management.
What Are UHF RFID Library Tags?
UHF RFID library tags are electronic identification labels that use ultra-high-frequency radio waves to communicate with compatible RFID readers. Each tag carries encoded data that allows a library management system to identify and track an individual book or other tagged item.
Unlike traditional identification labels, RFID tags can be read wirelessly without requiring a scanner to align directly with a printed barcode. Depending on the reader, antenna configuration, tag placement, and operating environment, multiple tagged items can be identified during a single reading operation.
Our UHF RFID library tags combine a compact label design with read/write functionality, making them suitable for applications that require efficient item identification and inventory management.
Common applications include:
- Book identification and collection registration
- Automated inventory counting and shelf checking
- Self-service borrowing and returns
- Library circulation and item tracking
- Document and archive management
- Equipment and asset identification
Product specification
| Product: | UHF RFID library tags |
| Material: | Paper/PVC/PET |
| Size: | 100*12mm, 100*15mm, 100*7mm, 135*7mm, etc |
| Protocol: | ISO18000-6C(EPC Global Class1 Gen2) |
| Chip: | Alien Higgs-3(Replace the chip as required) |
| Frequency: | 860～960Mhz |
| Operating mode: | Reading/Writing |
| Storage: | EPC storage space 96 bit, can be expanded to 480 bit, user storage space 512 bit. |
| Read and write distance: | 1～5 M |
| Reading times: | ≥ 100,000 |
| Data storage: | ≥ 10 years |
| Work temperature: | -40℃ ～ +80℃ |
| Storage temperature: | -40℃ ～ + 80℃ |
| Application: | Library management, asset management |
Key Features of Our RFID Library Labels
High-Speed Wireless Identification
Our UHF RFID tags support contactless identification, allowing compatible readers to collect tag information without scanning each barcode individually. This capability is especially useful when libraries need to process large collections or perform regular shelf inventories.
Read and Write Functionality
Our tags support both reading and writing operations. Libraries can encode identification information during registration and retrieve the stored data during subsequent operations. This flexibility supports different RFID workflows and item management requirements.
Multiple Material Options
We offer paper, PVC, and PET material options for different labeling preferences. These materials provide flexibility when designing labels for books, documents, and other library resources.
Flexible Dimensions
Our available sizes include 100 × 12 mm, 100 × 15 mm, 100 × 7 mm, and 135 × 7 mm. We also support discussions about alternative dimensions to accommodate different book formats, label positions, and application needs.
Configurable Chip Selection
We offer Alien Higgs-3 chip configurations and can discuss alternative chips according to project requirements. This flexibility helps customers align tag memory, reader compatibility, and system design.
Long-Term Data Retention
With a specified data retention period of 10 years or more, our RFID library tags support long-term identification applications. They are designed for library environments where books and other resources remain in circulation over extended periods.
How RFID Library Tags Work
An RFID library management system connects tagged items with RFID readers and library management software. Our tags serve as the identification component within this workflow.
Step 1: Tag Encoding
We encode the required identification data onto each RFID tag using a compatible RFID encoder. The tag can then be associated with a book record in the library database.
Step 2: Book Registration
Library staff attach the tag to the selected book and register its identifier in the library management system. This creates a digital link between the physical item and its corresponding record.
Step 3: Wireless Reading
When a compatible RFID reader interrogates the tag, the tag transmits its stored identification data. The reader forwards the information to the connected system for processing.
Step 4: Inventory and Circulation
The library software uses the captured data to support inventory checks, item searches, borrowing, returns, and other management operations according to the system configuration.
Step 5: Record Updates
Library staff or automated workflows update item status and circulation records as required. This process helps maintain consistent information across the physical collection and digital catalog.
RFID Library Tags vs. Barcode Labels
RFID and barcode technologies both support library identification, but they operate differently. Our UHF RFID library tags are suitable for libraries seeking wireless identification and more efficient bulk-reading workflows.
| Comparison | UHF RFID Library Tags | Barcode Labels |
|---|---|---|
| Reading method | Radio-frequency communication | Optical scanning |
| Line of sight | Not normally required | Scanner must see the barcode |
| Multiple-item reading | Supported by compatible systems | Usually scanned individually |
| Data interaction | Supports reading and writing | Printed code is generally read-only |
| Inventory workflow | Can support rapid shelf-level scanning | Requires scanning each item |
| Reader equipment | RFID reader and antenna | Barcode scanner |
| Label information | Encoded electronic data | Printed visual code |
| Typical application | Automated identification and inventory | Conventional item identification |
For libraries managing large collections, RFID can reduce the need to handle and scan every book individually during inventory operations. Barcode systems remain a practical choice for straightforward identification tasks, while RFID offers additional automation opportunities.
The most suitable technology depends on collection size, workflow requirements, existing equipment, and the desired level of automation.
Available RFID Library Tag Materials and Sizes
Selecting the right material and dimensions helps ensure that a label fits the intended application. We offer several options for customers with different book formats and identification requirements.
| Material or Size | Key Characteristics | Suitable Considerations |
|---|---|---|
| Paper RFID labels | Label-style construction | Book labeling and general library identification |
| PVC RFID labels | Flexible material option | Projects requiring a synthetic label material |
| PET RFID labels | Synthetic label material | Applications requiring a different label construction |
| 100 × 12 mm | Compact rectangular format | Standard book-label layouts |
| 100 × 15 mm | Wider label format | Applications needing additional label width |
| 100 × 7 mm | Narrow label format | Space-constrained labeling positions |
| 135 × 7 mm | Long, narrow label format | Applications requiring an elongated label design |
Material selection should account for label placement, adhesive requirements, book construction, and expected handling conditions. We can help you compare available configurations and select a suitable format for your library project.
Applications of RFID Library Management Tags
Public Libraries
Public libraries manage books across multiple categories, branches, and circulation points. Our RFID library tags help establish electronic item identification for catalog registration, inventory checks, and circulation workflows.
With compatible RFID readers and software, library teams can identify multiple items during inventory activities and reduce repetitive manual scanning.
University and College Libraries
Academic libraries often manage textbooks, reference collections, journals, and research materials. UHF RFID tags support identification across large collections and help staff conduct regular inventory checks.
Our flexible tag sizes and chip options make these labels suitable for projects with different book formats and system requirements.
School Libraries
School libraries need practical methods to organize books, monitor circulation, and maintain collection records. RFID tagging can help simplify routine inventory work and support more efficient book borrowing and return processes.
Research Libraries and Archives
Research institutions and specialist libraries manage valuable information resources that require organized identification and tracking. Our RFID tags can be incorporated into appropriate document and collection management workflows.
For archival materials, the tag format and placement can be selected according to the item’s physical characteristics and handling requirements.
Library Equipment and Asset Management
Beyond books, RFID technology can support the identification of selected library assets, including equipment and shared resources. Our tags can be used as part of an asset tracking workflow when the tag design and operating environment are suitable for the application.
RFID Tags for Library Automation
Our UHF RFID library tags can support a range of automated workflows when integrated with compatible readers, antennas, and library management software.
| Library Workflow | How RFID Tags Help | Operational Benefit |
|---|---|---|
| Collection registration | Assign an electronic identifier to each item | More organized item records |
| Inventory counting | Read multiple tags with compatible equipment | Less repetitive scanning |
| Shelf checking | Capture item identifiers during scanning | Easier collection verification |
| Self-service borrowing | Identify tagged books at an RFID station | Supports automated checkout |
| Returns processing | Read returned items through an RFID workflow | Supports efficient return handling |
| Item searching | Match detected tag IDs with catalog records | Helps locate registered items |
| Asset tracking | Identify tagged equipment and resources | More structured asset records |
The tag is one part of a complete RFID solution. Reader selection, antenna placement, software integration, and workflow configuration determine how these applications operate in practice.
Choosing the Right RFID Library Tag
Choosing a suitable tag starts with understanding your collection, equipment, and operational objectives. We work with customers to identify the most appropriate configuration for their projects.
1. Select the Appropriate Frequency
Our library tags operate in the 860–960 MHz UHF frequency range. The required operating band should match the RFID readers and regional frequency requirements used in your project.
2. Confirm Chip and Memory Requirements
Different library systems may use different data structures. We can discuss chip options, EPC memory, and user memory based on the information you plan to encode and the reader functions you require.
3. Choose the Right Size
The tag should fit the intended labeling position without interfering with normal book handling. Consider book dimensions, cover construction, available label space, and preferred placement.
4. Select a Suitable Material
Paper, PVC, and PET provide different label construction options. Your choice should reflect the intended application, adhesive needs, handling conditions, and appearance preferences.
5. Consider Reading Distance
Our tags have a specified read/write distance of approximately 1–5 meters. Actual reading performance depends on the reader, antenna, output power, tag orientation, surrounding materials, and installation environment.
6. Plan System Integration
Confirm how tag identifiers will connect to your existing library database. Reader compatibility, encoding procedures, data mapping, and software integration should be considered when planning a complete RFID deployment.
Why Choose DO RFID Group for RFID Library Tags?
At DO RFID Group, we focus on providing RFID products that meet practical identification and tracking requirements. We support customers looking for library tags with suitable dimensions, chip configurations, and material options.
Flexible product configurations: We offer several standard sizes and material options, with the ability to discuss alternative chips and dimensions.
Application-oriented selection: We help customers compare product configurations according to library workflows, equipment compatibility, and labeling requirements.
Support for different project sizes: Our RFID tags can be considered for individual libraries, educational institutions, multi-branch library networks, and other collection management projects.
Multiple RFID applications: In addition to library book management, our tags can support suitable asset identification and tracking applications.
Project-focused communication: We work with customers to clarify specifications, intended use, and configuration preferences so that product selection aligns with the project’s objectives.
Our goal is to help customers implement practical RFID identification solutions that support efficient operations and organized data management.
Frequently Asked Questions About RFID Library Tags
What frequency do your RFID library tags use?
Our UHF RFID library tags operate at 860–960 MHz. The specific operating band should match the compatible reader and the requirements of the installation region.
Which RFID protocol do these tags support?
Our tags support ISO 18000-6C, also known as EPC Class 1 Gen 2, a commonly used UHF RFID air-interface protocol.
What chip is used in your RFID library labels?
Our listed configuration uses the Alien Higgs-3 chip. We can also discuss alternative chip options according to memory requirements and project specifications.
What is the reading distance of your library tags?
The specified read/write distance is approximately 1–5 meters. The achievable distance depends on reader performance, antenna configuration, tag placement, and environmental conditions.
Can the tags be read and written?
Yes. Our tags support reading and writing operations with compatible RFID equipment. The available memory and encoding workflow depend on the selected chip and system configuration.
Can I choose different tag sizes?
Yes. Available sizes include 100 × 12 mm, 100 × 15 mm, 100 × 7 mm, and 135 × 7 mm. We can discuss other dimensions for specific application requirements.
Are RFID library tags suitable for self-service checkout?
Yes. Our tags can be incorporated into self-service checkout systems that use compatible RFID readers and library management software. The complete system handles item identification and transaction processing.
Can RFID tags replace barcode labels?
RFID can replace barcode-based identification in suitable library systems, but implementation requires compatible tags, readers, software, and an appropriate migration process. Some libraries also use RFID and barcodes together during a transition.
What information can be stored on an RFID library tag?
Our listed configuration provides 96-bit EPC memory, expandable to 480 bits, and 512-bit user memory. The information stored depends on the chip configuration and system design. Libraries commonly associate a tag identifier with the corresponding catalog record.
How can I request a quotation for RFID library tags?
Contact our team with your required tag size, material, chip preference, estimated quantity, operating region, and intended application. We will help you identify a suitable product configuration and provide information for your purchasing requirements.
Request a Quote for UHF RFID Library Tags
Looking for RFID library labels for book tracking, collection inventory, or library automation? DO RFID Group can help you select suitable UHF RFID tags based on your application and technical requirements.
Send us your preferred tag dimensions, material, chip configuration, order quantity, and project details. Our team will work with you to identify a suitable solution for your RFID library management project.
