Product Overview
The 9mm FPC NFC Tag is a compact, high-temperature resistant flexible RFID label engineered for industrial and commercial deployments where space constraints and thermal endurance are critical. Manufactured by DO RFID Reader, this ultra-small NFC tag integrates the NTAG213 chip within a 9mm diameter FPC (Flexible Printed Circuit) substrate, enabling reliable near-field communication in environments where conventional PET or paper labels fail. System integrators, project contractors, and industrial buyers require this tag for applications demanding stable read performance under extreme heat, such as PCB tracking, automotive component identification, and medical instrument sterilization cycles. The tag operates at 13.56 MHz with ISO/IEC 14443A compliance, ensuring full compatibility with standard NFC-enabled readers and smartphones. DO RFID Reader produces this tag using batch-consistent FPC lamination processes, supporting bulk supply for large-scale industrial deployment. Distributors and OEM customers choose this tag because it combines miniaturized form factor with verified thermal resistance up to 260°C for short durations, solving real-world identification challenges in high-temperature production lines.
Product Advantages
Industrial procurement teams and system integrators require NFC tags that maintain data integrity and mechanical stability under thermal stress. The 9mm FPC NFC Tag from DO RFID Reader provides verified high-temperature resistance, surviving 200°C for 2 hours and 260°C for 10-30 seconds, making it suitable for solder reflow processes, powder coating, and autoclave sterilization. The flexible FPC substrate conforms to curved or irregular surfaces, enabling installation on cylindrical assets, small components, and embedded assemblies where rigid tags cannot be applied. With an ultra-thin profile of 0.05-0.07mm, the tag adds negligible bulk to end products, preserving design tolerances. For wholesalers and distributors, batch consistency across production runs ensures that each tag delivers identical read range and anti-collision behavior, reducing field failures during large-scale rollouts. DO RFID Reader supports OEM customization of chip memory mapping, UID mirroring, and password protection schemes, allowing project integrators to tailor the tag for access control, anti-counterfeiting, or asset tracking workflows without changing hardware suppliers.
Key Features
- Ultra-Compact Form Factor: 9mm diameter, 0.05-0.07mm thickness, suitable for space-constrained applications
- High-Temperature Resistance: 200°C for 2 hours, 260°C for 10-30 seconds, compatible with reflow soldering and industrial curing processes
- Flexible FPC Substrate: Conforms to curved, irregular, or miniature surfaces without cracking or delamination
- NTAG213 Chip: 180 bytes total memory, 144 bytes user Read/Write area, 7-byte UID, ECC-based originality signature
- 13.56 MHz Operating Frequency: Compliant with ISO/IEC 14443A standard, universal NFC compatibility
- Data Retention: 10 years data retention, 100,000 write endurance cycles
- Anti-Collision Support: True anti-collision enabling multiple tag reading in close proximity
- Configurable Security: Password protection with optional unsuccessful attempt limit, field programmable locking
- NFC Counter: Automatic counter triggered at read command, ASCII mirror for NDEF message integration
- Certification: RoHS, REACH, CE compliant for industrial and commercial use
Technical Specifications
| Parameter | Value |
| Model | DO-9FPC |
| Category | FPC NFC Tag |
| Size | Diameter 9mm |
| Thickness | 0.05-0.07mm |
| Standard | ISO/IEC 14443A |
| Chip | NTAG213 |
| Frequency | 13.56 MHz |
| Temperature Resistance | 200°C for 2 hours, 260°C for 10-30 seconds |
| Operating Temperature | -30°C to 85°C |
| Read Distance | 1-10mm (depending on reader and environment) |
| Data Transfer Rate | 106 kbit/s |
| Data Integrity | 16-bit CRC, parity, bit coding, bit counting |
| Serial Number | 7-byte UID (cascade level 2) |
| User Memory | 144 bytes freely available Read/Write area (36 pages) |
| Total Memory | 180 bytes organized in 45 pages, 4 bytes per page |
| Write Endurance | 100,000 cycles |
| Data Retention | 10 years |
| Anti-Tearing Support | Yes, for CC and lock bits |
| Originality Check | ECC supported |
| Certifications | RoHS, REACH, CE |
Industrial Applications
Industrial buyers and project integrators deploy the 9mm FPC NFC Tag across multiple sectors requiring miniaturized, high-temperature resistant identification. In electronics manufacturing, the tag withstands solder reflow profiles up to 260°C, enabling PCB tracking and component authentication throughout the production line. Automotive OEMs use the tag for engine part identification, brake component tracing, and under-hood asset management where ambient temperatures exceed standard RFID tolerance. Medical device manufacturers rely on the FPC substrate for sterilization-compatible labeling of surgical instruments and reusable containers during autoclave cycles. The flexible form factor allows embedding into smart labels for SoLoMo (Social Local Mobile) NFC campaigns, NFC-paired Bluetooth/Wi-Fi accessories, and electronic shelf labels requiring thin, conformable construction. Wholesale distributors supply the tag to brand protection agencies for product authentication schemes, leveraging the NTAG213 ECC originality signature to verify genuine goods. System integrators select this tag for closed-loop asset tracking in data centers, laboratory equipment, and industrial tooling where space is limited and environmental stress is high. The read distance of 1-10mm suits controlled proximity applications like mobile companion tags, business card NFC chips, and device pairing triggers where intentional near-contact reading enhances security.
OEM / ODM Manufacturing Support
DO RFID Reader operates as a dedicated NFC tag manufacturer supporting OEM and ODM customization for industrial clients. Procurement teams can specify custom chip encoding, UID assignment, memory page locking, and password protection during the manufacturing stage. The factory supports variable data encoding for serialized asset tracking, including alphanumeric UID mirrors and custom NDEF message structures. OEM customers requiring specific adhesive types, release liner materials, or die-cut shapes receive tailored production runs that match application requirements without changing the core tag performance. DO RFID Reader provides technical documentation, including chip datasheet references, antenna impedance data, and read-range simulation results to assist integrators during system certification. For ODM projects, the engineering team collaborates on substrate selection, tuning capacitor values, and encapsulation thickness to optimize read performance for customer-specific reader hardware. Distributors benefit from private labeling options and packaging configurations that streamline last-mile delivery to end users. All custom projects undergo in-process quality checks and final electrical testing to ensure every tag meets the agreed specification before shipment.
Factory Production Advantages
DO RFID Reader maintains stable production capacity through automated FPC lamination, chip mounting, and antenna tuning lines. The manufacturing process delivers batch-to-batch consistency, which is essential for wholesalers and project contractors deploying thousands of tags across multiple sites. Each production batch undergoes electrical performance verification, including resonance frequency measurement, read-range spot testing, and visual inspection for substrate integrity. The factory holds RoHS, REACH, and CE certifications, enabling direct export to regulated markets including the European Union and North America without additional compliance screening. For long-term supply agreements, DO RFID Reader maintains raw material inventory for NTAG213 chips, FPC base material, and high-temperature adhesives, reducing lead time variability. Production capacity scales to support large-volume orders while retaining the ability to fulfill sample quantities for qualification testing. Industrial buyers receive factory-direct pricing, with volume discounts structured for annual contracts, project-based procurement, and distributor stocking programs. The production team provides regular order status updates, shipment tracking, and certificate of conformity documentation for each delivered batch.
Bulk Supply & Project Deployment Support
Wholesale buyers and system integrators require reliable bulk supply chains to support multi-site deployments without interruption. DO RFID Reader offers tiered pricing for bulk orders, with reduced per-unit costs at volumes exceeding 10,000, 50,000, and 100,000 pieces. Standard lead time for mass production is 7-20 days, depending on order quantity and customization complexity. The factory supports various packaging formats, including tape-on-reel, antistatic bags, and custom box labeling to match inventory management workflows. For project integrators, DO RFID Reader provides compatibility testing support, including sample tags for reader calibration and field trial deployment before full production commitment. The production team coordinates with logistics partners to optimize shipping routes and minimize freight costs for international deliveries through Shenzhen port. Distributors receive dedicated account management, inventory reservation during peak seasons, and priority production slots for urgent project needs. OEM customers establishing long-term cooperation benefit from fixed pricing windows, quality guarantee clauses, and replacement agreements for non-conforming units. All bulk orders include electronic shipping documentation, packing lists with serial number ranges, and compliance declarations required for customs clearance. Contact DO RFID Reader at info@dorfidreader.com to request a quote, obtain technical samples, or discuss project-specific requirements.
Frequently Asked Questions
What is the read distance of the 9mm FPC NFC Tag?
The read distance ranges from 1-10mm depending on the reader antenna design, environmental conditions, and mounting surface properties. For handheld NFC smartphones, typical read distance is 1-5mm. For industrial fixed readers with optimized antennas, distances up to 10mm can be achieved in controlled conditions.
Can this tag survive reflow soldering?
Yes. The tag withstands 260°C for 10-30 seconds and 200°C for 2 hours, making it suitable for standard lead-free reflow soldering profiles used in PCB assembly processes. The FPC substrate and chip attachment are engineered for these thermal cycles without performance degradation.
What memory configuration does the NTAG213 chip provide?
The NTAG213 offers 180 bytes total memory organized into 45 pages of 4 bytes each. Users have 144 bytes of freely available Read/Write area across 36 pages. The chip also supports configurable password protection, field programmable locking, and an NFC counter with ASCII mirror for NDEF message integration.
Do you offer OEM customization for this tag?
Yes. DO RFID Reader supports OEM customization including custom chip encoding, UID assignment, memory locking, password protection schemes, adhesive selection, and packaging format. Contact us at info@dorfidreader.com with your requirements for a tailored solution.
What is the minimum order quantity for bulk purchasing?
DO RFID Reader accommodates both small sample orders for qualification and large-volume bulk orders. Stock samples can be provided for testing with shipping costs covered by the buyer. For mass production, lead time is 7-20 days depending on quantity and customization. Contact us to discuss volume pricing and delivery schedules.
What certifications does this product hold?
The 9mm FPC NFC Tag is RoHS, REACH, and CE certified, ensuring compliance with environmental and safety regulations for industrial and commercial use in global markets.