Shanghai RFIDHY is a high-tech enterprise integrating RFID Antenna production and sales.
In the field of RFID UHF antennas, RFIDHY has been engaged in the antenna industry for more than 10 años. It has independent research and development and innovation capabilities, and can provide mature and stable technical support and services.
RFIDHY insists on independent innovation, improving research and development capabilities, and improving employee quality, in order to cope with the ever-changing market, meet user needs, and create value for customers!
Product Recommendation
UHF Array RFID Antenna
Compared with conventional near-field antennas, UHF array near-field antennas have more uniform signal distribution and more precise angle range control. It can be used in short-distance recognition application scenarios such as jewelry management, tool management, and commodity retail management.
The picture size is 450*300*10mm, and the near-field antenna has a variety of sizes to choose from.
RFID UHF 915 MHz Panel Antenna 6dBi
This anti-metal antenna, with a size of 136*126*11mm, is suitable for RFID passive electronic tag reading and writing systems in the 902-928MHz frequency band. Physical advantages: talla pequeña, beautiful appearance. Electrical performance advantages: high gain, low standing wave, and excellent tag reading performance within the working bandwidth. Widely used in smart cabinets, gestion de almacenes, material inventory, industrial production lines, RFID equipment integration and other scenarios.
UHF all-in-one antenna 6dBi
Miniaturized waterproof all-in-one antenna, size 133*133*52mm. The protection level is high, and the module motherboard can be assembled inside to form an all-in-one machine reader. It is widely used in sanitation management, material inventory, gestión de personal, industrial production line, vehicle management and other scenarios. The above are only part of the product introduction, and more featured products and excellent solutions are available on the official website of RFIDHY