Product Overview

The DO RFID Reader NFC Fragile Anti-transfer Label is a security-grade RFID smart tag engineered for anti-counterfeiting, tamper detection, and asset management in industrial and commercial environments. Operating at 13.56 MHz with the NXP 213TT chip, this label combines NFC readability with a fragile construction that physically breaks upon removal, making it suitable for applications where seal integrity must be verifiable. System integrators and project managers deploy this tag to prevent unauthorized transfer of labels between genuine and counterfeit products, ensuring that each tagged item retains its unique digital identity throughout the supply chain. The label supports NDEF message formatting, password protection, and an onboard tamper detection circuit that reports breakage events, giving procurement teams a reliable hardware anchor for their authentication infrastructure.

Wholesale buyers and distributors choose this product because it addresses a persistent business problem: counterfeit goods infiltrating legitimate supply chains through label reuse. By combining a destructible antenna layer with cryptographic signing capabilities, the tag eliminates the possibility of peeling and reattaching a label to a fraudulent item. This makes it a practical choice for high-value retail goods, pharmaceutical packaging, and industrial component tracking where brand protection directly impacts revenue and liability.

Product Advantages

• Tamper-Evident Construction – The fragile antenna layer fractures upon attempted removal, rendering the tag inoperable and providing immediate visual and electronic evidence of tampering.
• High-Temperature Tolerance – Rated for continuous operation from -40°C to 70°C, this label survives logistics environments, warehouse storage, and product shipping conditions without performance degradation.
• NFC Compatibility – Compliant with ISO/IEC 14443A, the tag can be read by any NFC-enabled smartphone or reader, eliminating the need for proprietary scanning hardware at point-of-check.
• Configurable Security – Onboard password protection with configurable failed-attempt limits, combined with ECC-based original signature presets, allows system integrators to implement multi-layered authentication workflows.
• Long Data Retention – 10-year data retention and 100,000 write cycles ensure the tag remains reliable throughout the lifecycle of tracked assets, reducing replacement frequency for bulk deployments.

Key Features

• Contactless data transmission and energy supply at 13.56 MHz with 106 kbit/s data transfer rate
• 16-bit CRC, parity check, bit coding, and bit counting for data integrity verification
• 7-byte serial number compliant with ISO/IEC 14443-3 cascade 2, supporting UID ASCII image for automatic NDEF message serialization
• Onboard NFC counter that increments automatically upon each read command, with ASCII image support for embedding counter values into NDEF messages
• Label tamper proof function that detects whether the tamper line has been opened after activation, with ASCII image support for copying tamper status into NDEF messages
• ECC-based original signature with customization and permanent locking capability
• Quick read command and true anti-interference for reliable operation in dense reader environments
• 50 pF input capacitor
• 184 bytes of memory organized into 46 pages of 4 bytes each, with 144 bytes (36 pages) user free read/write area
• 4-byte initialization function container with one-time programming access bits
• Field-programmable read-only lock on first 16 pages, with every two pages after the first 16 supporting field-programmable read-only lockout
• Password protection with configurable failed-attempt limits for unauthorized access prevention
• Function container (CC) and lock bits with anti-modification function
• Write operation tolerance of 100,000 cycles with 10-year data retention

Technical Specifications

Industrial Applications

The DO RFID Reader NFC Fragile Anti-transfer Label is deployed across multiple verticals where product authenticity and asset integrity are business-critical. Procurement managers in the cosmetics industry use this tag to secure high-value skincare and fragrance products, preventing label swapping during retail distribution. Jewelry manufacturers and wholesalers apply the tag to individual pieces, linking each item to its certificate of authenticity and provenance record stored in the cloud. In the wine and spirits sector, the label is affixed to bottle seals, enabling consumers and distributors to verify origin and detect refilling or tampering before purchase.

Beyond consumer goods, the tag serves industrial asset management use cases. System integrators working on IT asset tracking projects deploy the label on server equipment, networking hardware, and medical devices to flag unauthorized opening or relocation. The fragile construction ensures that any attempt to remove the label for reuse destroys the antenna, providing a tamper-evident audit trail. Project managers responsible for large-scale deployment appreciate the label’s compatibility with existing NFC infrastructure, eliminating the need for dedicated reader hardware investments.

OEM / ODM Manufacturing Support

do rfid reader manufacturer offers full OEM and ODM customization for this NFC fragile label, enabling procurement teams to integrate their own branding, encoding schemes, and packaging requirements. Bulk purchasers can specify custom UID ranges, pre-encoded NDEF messages containing product URLs or serial numbers, and custom artwork printed on the label face. The factory supports variable data encoding for batch-level traceability, allowing distributors to assign unique identifiers to each label before shipment. Custom antenna designs and size modifications are available for ODM projects where the standard 24 × 49 mm form factor must be adapted to specific product packaging. Technical support teams work directly with system integrators during the prototyping phase to ensure the custom label meets read range, material adhesion, and environmental tolerance requirements before mass production begins.

Factory Production Advantages

As an industrial RFID label manufacturer, do rfid reader manufacturer operates stable production lines capable of supporting long-term wholesale supply agreements. The factory maintains consistent batch quality through automated antenna etching, chip placement, and lamination processes, ensuring that each label meets the specified electrical and mechanical parameters. Production capacity supports order volumes ranging from pilot runs of a few thousand units to ongoing monthly shipments exceeding one million labels, giving distributors and project contractors a reliable supply partner for multi-phase deployments. The manufacturing process includes inline inspection of antenna resistance, chip response, and tamper circuit functionality, reducing the risk of field failures that can disrupt commercial operations. Export logistics are managed directly from the production hub, with standardized packaging for bulk shipments and custom kitting options available for distributor programs.

Bulk Supply & Project Deployment Support

Wholesale buyers and system integrators benefit from structured bulk pricing tiers that scale with order volume, making this label cost-effective for large-scale deployments. The factory supports blanket purchase orders with scheduled releases, enabling project contractors to lock in pricing and lead times across multiple deployment phases. Standard lead time for mass production is 7–20 working days, with expedited options available for time-sensitive projects. Each bulk shipment includes a packing list with encoded UID ranges and production batch codes, simplifying inventory reconciliation for distributors managing multi-site rollouts. Technical documentation, including chip datasheets and integration guides, is provided to support system integrators during the installation and commissioning phase. The factory also offers pre-encoding services so that labels arrive ready for field application, reducing on-site programming labor and minimizing deployment delays. Project managers can request sample kits containing a mix of encoding formats and material variants to validate compatibility with existing reader infrastructure before committing to full production quantities.

Frequently Asked Questions

What is the reading distance of this NFC fragile label?

The typical reading distance is 1–10 mm, depending on the reader antenna design, NFC smartphone model, and environmental conditions. Best results are achieved with readers optimized for ISO/IEC 14443A tags.

Can the label be reused after removal?

No. The fragile antenna layer is designed to fracture upon removal, permanently disabling the tag. This is an intentional security feature to prevent label transfer between items.

What chip does this label use?

The label uses the NXP 213TT chip, which supports tamper detection, password protection, ECC original signature, and NDEF message formatting.

Is custom encoding available for bulk orders?

Yes. do rfid reader manufacturer offers pre-encoding services for bulk orders, including custom UID ranges, NDEF message content, and password configuration. Contact the sales team with your encoding specification for a quotation.

What is the minimum order quantity for wholesale pricing?

Minimum order quantities vary by customization level. Standard label stock typically has a lower MOQ, while fully customized labels with printed graphics or custom antenna dimensions require a higher MOQ. Request a quote with your volume requirements for tiered pricing.

Can the label survive high-temperature environments?

Yes. The label is rated for continuous operation from -40°C to 70°C, making it suitable for warehouse storage, shipping containers, and temperature-controlled logistics.

How long does a typical bulk production order take?

Standard lead time for mass production is 7–20 working days after order confirmation and technical approval. Sample orders are typically fulfilled within 1–7 working days.