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It is a label or sticker product with RFID functionality, which can be attached to the surface of items. It uses radio frequency identification technology to identify item identities, store information, and read data. It is widely used in logistics, retail, asset management, and other scenarios, offering flexible forms and easy deployment.
RFID tags used for animal identification and information management can be implanted or worn by animals. They store data such as breed, age, health status, and traceability information, aiding in the digital management of livestock farming and wildlife conservation. This ensures efficient and accurate animal management.
RFID tags, which utilize radio frequency identification technology, contain built-in chips and antennas that interact wirelessly with read/write devices to store item information. They are used for identity recognition and tracking management and form the basic application of RFID, encompassing various types.
One typical form of RFID animal tags, specifically designed for attachment to animals' ears, is used as ear tags to identify and store information about the animals. It is widely applied in livestock farming for convenient management of large-scale breeding, disease prevention and control, and product traceability.
RFID tags designed specifically for metal environments, solving the problem of metal interference with radio frequency signals. They can be affixed or fixed to the surfaces of metal items such as tools, equipment, and metal containers, ensuring normal RFID functionality and effective management of metal items.
RFID tags based on Near Field Communication (NFC) technology operate at a frequency of 13.56 MHz and focus on short-range interactions (typically less than 10 cm). They can be quickly read and written by NFC-enabled devices such as smartphones, and are used for applications like payments, access control, and information transfer, emphasizing a convenient interaction experience.
RFID tags operating in the ultra-high frequency band (typically 860-960 MHz) are designed to meet the needs of the logistics industry. They enable long-range, rapid reading of multiple tags simultaneously, making them suitable for managing logistics packages, pallets, and containers. This enhances the automation of identification and data collection in logistics processes.
RFID tags using PPS (polyphenylene sulfide) material as the main encapsulation body take advantage of PPS's high temperature resistance, chemical corrosion resistance, and high strength. These characteristics make them suitable for harsh industrial environments such as chemical processing, metallurgy, and high-temperature production stages, ensuring normal operation of the tags under extreme conditions.
RFID tags applied in the medical field, covering scenarios such as medical device management, drug traceability, patient identification, and surgical instrument tracking, utilize RFID technology to enhance the precision, efficiency, and safety of medical processes, reduce human errors, and ensure medical quality.
