HF RFID Cable Tie Tag – ABS and Nylon – NXP® ICODE® SLIX – 56×30 mm
Price range: $38.00 through $479.00
Crafted from durable ABS and nylon materials, this RFID cable tie tag incorporates NXP® ICODE® SLIX to deliver enhanced read range and data integrity.
Its design complies with ISO/IEC 15693 and NFC Forum Type 5 standards, ensuring interoperability across industrial RFID and NFC-enabled platforms.
Chip Type: NXP®ICODE® SLIX
Operating Frequency: HF 13.56 MHz
Communication Protocol: ISO/IEC 15693, NFC Forum Type 5
User memory: 896 bits
Read Range: Up to 1 m
It is well-suited for asset tracking, medical equipment management, document control, and anti-counterfeiting in consumer goods.
Download ‣
What is the HF RFID Cable Tie Tag with NXP® ICODE® SLIX?
The HF RFID Cable Tie Tag featuring NXP® ICODE® SLIX is a versatile solution designed to simplify secure identification and traceability in both industrial and commercial settings. With growing demand for contactless identification and anti-counterfeiting, cable tie tags offer a convenient format to integrate RFID technology into physical asset tracking, inventory control, and document security systems.
Key Features
- Durable ABS and nylon construction
- Long-range HF reading with data integrity
- Full ISO/IEC 15693 and NFC Forum Type 5 compliance
- Lightweight, compact, and easy to deploy
How Does It Work?
This tag integrates an HF RFID chip into a reinforced cable tie structure. Once looped and secured, the tag becomes tamper-evident while storing a unique identifier and optional user data. It communicates via 13.56 MHz HF signals, readable by NFC-enabled and industrial readers.
Applications and Benefits
- Industrial Asset Tracking: Securely tag pipes, tools, machinery, and cables
- Document Control: Attach to classified binders or archive boxes
These benefits improve visibility, security, and traceability across supply chains and compliance-driven industries.
With its durable structure and secure attachment, the HF RFID Cable Tie Tag with NXP® ICODE® SLIX offers a practical way to combine physical control with digital intelligence in a variety of industries.
Learn more info :
EN 
JA 
ZH