High Temp RFID Metal Tag

The High Temperature On-Metal RFID tag is specifically designed to withstand high temperatures, making it an ideal solution for applications that require RFID tags to survive in rugged environments with excessive heat. The tag's robust encapsulation allows it to maintain its read range performance even in extreme temperature conditions.

High Temperature UHF RFID Metal Tags are essential tools for industries where high temperatures are a part of daily operations, ensuring that assets and products can be tracked and managed efficiently even in the most challenging environments.

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Product Description

Product Parameters :

Material	High temperature material PTF
IC Chip Options:	Alien Higgs-4
Dimensions:	D:20mm,(Hole: D2mmx2) / 42x15mm, (Hole: D4mmx2)
Thickness:	2.1mm without IC Part, 2.8mm with IC Par
Mounting Methods	Adhesive, Screw Operation Temperature: -40°C to +150°C (working 10 hours in 180°С)
Operation Temperature:	-40°C to +150°C (working 10 hours in 180°С)
Read Range(On Metal) by Fix Reader:	Up to 680cm – (US) 902-928MHz, on metal Up to 700cm – (EU) 865-868MHz, on metal

Key Features of High Temperature On-Metal RFID Tag:

✓ High Temperature : The tag is capable of surviving temperatures up to 280°C for 50 minutes and 250°C for 150 minutes.

✓ Rugged Encapsulation: The tag's rugged encapsulation ensures its durability and ability to withstand harsh environments.

✓ On-Metal Optimization: The tag is specifically optimized for use on metal substrates, overcoming the interference caused by metal surfaces and ensuring reliable and accurate reading performance.

✓ Industrial Applications: The tag's ability to withstand extreme heat and rugged conditions makes it well-suited for industrial applications, including manufacturing processes and automotive post-paint procedures.

✓ Healthcare Sterilization: In healthcare settings, the tag can withstand sterilization processes that involve high temperatures, ensuring that the RFID tags remain functional and traceable after sterilization.

JYL-HFHP2019.pdf