Heat resistant RFID tags are widely used in industrial fields

In recent years, with the rapid development of industrial automation and logistics management, heat resistant RFID tags, as an innovative Internet of Things technology, are gradually being widely used in the industrial field. This kind of heat resistant RFID tags can operate stably in high temperature environments, bringing great convenience and efficiency improvement to industrial production and logistics management.

RFID high temperature metal tag has the characteristics of being able to work normally in high-temperature environments. They usually use high temperature resistant materials and special packaging processes to ensure that the antenna and chip inside the tag will not be affected by high temperatures and fail. Generally speaking, ceramic substrates or PCB substrates are used as the substrate for RFID high temperature metal tag, and RFID ceramic tags are more stable than PCB RFID tags at high temperatures. In the case of the same size, ceramic RFID tags also perform better than RFID PCB tags. Therefore, we generally choose ceramics as the base material for high temperature RFID tag. At the same time, there are many metal scenes in the industrial field, and the RFID for metal surfaces must be considered. Therefore, such high temp RFID tags also have the ability to resist interference on metal surfaces to solve the problem.

Steelcode and Steel HT produced by RTEC are used ceramic substrates and high-temperature-resistant plastics, and the integrated injection molding packaging method allows the tags to withstand high temperatures within 300 degrees, far exceeding industry standards.

First of all, high temp RFID tags play an important role in the automotive manufacturing field. In automobile production lines, high-temperature spraying processes require marking and tracking body parts. Traditional barcodes or ordinary RFID tags often cannot work stably in high-temperature environments. High temp RFID tags can easily meet this challenge and ensure smooth tracking and management of parts.

Secondly, the steel and metallurgical industries are also important areas for the development of RFID high-temperature resistant tags. In high-temperature iron-making furnaces and smelting sites, conventional tracking labels may not be able to withstand high-temperature environments, but high temperature RFID tag can work stably to achieve real-time tracking and supervision of charge, semi-finished products and finished products.

In addition, chemical, petroleum and natural gas industries are also important application areas for high temperature tags. In the chemical production process, chemical raw materials and products need to be tracked and managed in high-temperature environments, which requires tags to be able to work normally in extreme high-temperature environments. The emergence of high temperature tags has brought new possibilities for automated production and material management in the chemical industry.

In general, ultra high temperature RFID tag are gradually becoming an indispensable part of the industrial field, providing reliable technical support for material tracking, industrial automation and supply chain management in high temperature environments. As the technology continues to mature and its applications continue to deepen, it is believed that high temperature resistant RFID UHF tag will play a greater role in more industrial application scenarios and contribute more to the development and progress of the industrial field.