ST-Octopus High Temperature 107.95 × 53.97 mm RFID Label
ST-Octopus High Temperature RFID Tags
ST-Octopus High Temperature RFID Labels are ideal for industrial and supply chain tracking applications which require resistance from heat and other elements. The tags can be applied using either a staple or by using the tear-resistant hole. The RFID inlay is completely encapsulated within the HDPE material, protecting it for harsh use cases. The material is designed to be chemical resistant and can also withstand UV exposure outdoors (typically for a year).
ST-Octopus High Temperature RFID Labels are attached to each item using either staple(s) or fasteners (poly/nylon string, plastic ties, etc.) rather than an adhesive. Each label is factory encoded, locked, and printed with a unique serial number, QR code (2D barcode), as well as human-readable text to easily commission assets or items in ST-Octopus applications like ST-Octopus AT or AT Lite.
The ST-Octopus pre-printed and pre-encoded RFID labels are designed for users who are looking to jump-start their RFID endeavors. One can also use these on plastic and cardboard surfaces, and it will work as standard tags.
Typical Applications
- Lumber Industry
- Parts Marking
- Automotive Industry
- Machinery
- Aerospace
Please note that the tag does not include any ties or attachments but is designed with a easy to use hole for an attachment method of your choice.
Frequently Asked Questions
What are ST-Octopus High Temperature RFID Labels designed for?
How are these RFID labels attached?
Can these labels withstand outdoor exposure?
Are these RFID labels pre-printed and pre-encoded?
What surfaces can these labels be used on?
Which industries commonly use these RFID labels?
What are the key features of these RFID labels?
What are the benefits of using these RFID labels?
Product Summary
The ST-Octopus High Temperature RFID Label (107.95 x 53.97 mm) is a rugged, pre-encoded UHF tag (Ucode 9 chip) for industrial and supply chain tracking. Made with chemical and UV-resistant HDPE material, it withstands temperatures up to 150°C (302°F) and is attached via staples or ties, making it ideal for the automotive, aerospace, and lumber industries.


