Different tags can withstand temperatures ranging from 300 degrees to 650 degrees Fahrenheit (149 degrees to 343 degrees Celsius) for up to two hours. High temperature RFID tags are designed to withstand extreme heat environments, making them ideal for applications in industries such as manufacturing. sells tags designed for high-impact and high-temperature environments. The high temperature rfid tag work well on metal surface and can withstand 280 for 50 minutes, 250 for 150minutes, excellent for metal asset tracking. OPP4215 is a high temperature RFID tag optimized for for industrial environment and metal substrates. In fact, tags have been encased in a variety of materials to protect them against temperatures as high as 400 degrees Fahrenheit (204 degrees Celsius). Standard heat resistant RFID tags are capable of 200 ☌ to 230 ☌ while extreme and ultra-high temperature RFID tags are capable of 300 ☌ and 400 ☌. Ultra-High Frequency (UHF) RFID tags or transponders are small devices that utilize low-power radio. However, if the tag has been made using solder that melts at a higher temperature, the tag could survive that amount of heat. atlasRFIDstore offers brandname Ultra-High Frequency (UHF) RFID tags suitable for many different environments and applications such as logistics, supply chain, race timing, access control, laundry management, tool tracking, and IT asset tracking. Tags that utilize common solder to connect the IC to the antenna would see the solder melt at 200 degrees, likely rendering the tag inoperable. They can withstand harsh temperatures, as low as -80C/-112F, ideal for low temperature conditions and storage, as well as high temperatures, up to +100C/+212. If you take a raw passive tag or an active tag and expose it to 200 degrees Fahrenheit (93 degrees Celsius), the tag will not survive, as the solder used in most electronics equipment melts at around 182 degrees Fahrenheit (83 degrees Celsius). I'm going to say what I often do when answering this type of question: It depends. Would that destroy the tags, or would they still remain operable under such conditions?
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