Get the ISO15693 NFC Label (1.5×1.5 inch), designed for reliable high frequency (13.56 MHz) identification with a read range of up to 1.5 meters, suitable for retail, libraries, asset identification, and tracking applications.
This NFC label is powered by the NXP ICODE® SLIX chip and offers 896 bits of user memory, long-term 50-year data retention, and up to 100,000 write cycles. Built on a PET base with 3M adhesive, the label ensures durability and secure attachment across different surfaces. It fully complies with ISO/IEC 15693, ISO/IEC 18000-3, and NFC Forum Tag Type 5 standards, making it an ideal choice for asset management, retail tracking, and logistics applications.
EnCstore offers ISO15693 NFC Labels, RFID inlays, UHF paper and polyester labels, RFID hard tags, and other RFID solutions throughout India, along with RFID readers, antennas, printers, and enterprise mobile computers for end-to-end AIDC solutions at industry-best prices.
Key Features of ISO15693 NFC Label
1. RFID Chip- Built with NXP ICODE® SLIX for fast, reliable, and secure NFC communication.
2. Data Retention-Stores data up to 50 years with 100,000 write cycles endurance.
3. Secure Communication with 32-bit password protection, EAS & AFI functionality, and anti-collision technology.
4. Tag Material- PET construction with 3M adhesive backing for strong bonding on multiple surfaces.
5. Thermal Transfer Printing that allows clear and permanent printing for inventory/asset labelling.
What are the Applications of the ISO15693 NFC Label?
• Retail product authentication & inventory management
• Library and document tracking
• Asset identification & supply chain management
• Smart packaging & consumer engagement
• Logistics and warehouse automation
Why Choose ISO15693 NFC Label?
• Reliable NFC Performance with read range up to 1.5 meters
• Large Memory (896 bits) for secure data storage
• PET + 3M adhesive ensures durability and strong surface bonding
• Compliant with ISO standards & NFC Forum Tag Type 5
• Secure functionality with password protection, AFI, and EAS | 
