Main technical parameters Frequency: 902~928Mhz Chip Protocol: UHF EPC Class-1 Gen2 UHF chip: ALIEN H3 EPC memory: 96Bits EEPROM erase write times: 100000 times Reading distance: fixed reader reading distance 3~10M (depending on the reader) Handheld reader reading distance 0.2~1M Working temperature: -25℃~＋65℃ Application temperature: -30℃~＋70℃ Size: 255×18mm, customizable size Material selection: Thermal composite paper/three anti-proof thermal synthetic paper Personalized: printing/write chip data/punching Installation method: paste
The air baggage tracking system begins with a radio frequency identification (RFID) tag. RFID air baggage tags are easy to install, low cost, and resistant to wear and are therefore widely recognized as the most reliable unique identifier for single baggage transport. The successful reading rate of the air baggage tag (combined with the barcode of the RFID chip) is close to 99%. Before adopting the RFID technology, the reading success rate of the traditional bar code label is only about 80%. RFID technology greatly enhances the accuracy and security of baggage tracking and makes the tracking process more efficient and provides a better experience for passengers.
Features High production efficiency & low cost with up to 9 columns of printing production line Varieties of thermal paper selection. No bisphenol A (a carcinogen) in materials to ensure product quality and staff health Properly glue control for different climat to prevent glue from overbriming & insufficient Ultra-stable and easy to install Tensile strength up to 10KG. Strictly comply with the IATA standard Low-cost design process for large-scale airport baggage sorting applications
