RF-UZMTC6229MT-H3
Superisys
| Availability: | |
|---|---|
| Quantity: | |
Our high-temperature RFID tags are designed for reliable identification and data tracking in demanding thermal environments. Built to withstand elevated temperatures and harsh industrial conditions, they provide stable RFID performance where standard tags may not be suitable.
These tags are ideal for applications such as automotive manufacturing, industrial production, heat treatment, aerospace, and other processes involving high temperatures. They help ensure reliable asset identification and traceability throughout challenging production environments.
| Minimum Order Quantity | Price | Delivery Time | Stock | Description | Payment Terms | Supply Ability |
| one | Large quantity price negotiable | 3 Work Days | In Stock | Size(mm)41*29*9mm,High temperature bearing body,RFID carrier identified by 8k bit tool, | T/T, Western Union | 1000 per day |
| Model | RF-UZMTC6229MT-H3 |
| Air mouth agreement | ISO 18000-6C Class 1 Gen 2 |
| Working frequency | 860~960 MHz |
| Chip | Alien H3 |
| EPC memory size | 96 Bits |
| USER memory size | 512 Bits |
| TID | 64 Bits |
| Size (mm) | 62*29*12mm |
| Canning material | PEEK |
| Way to install | Screwing |
| Class | IP65 |
| Weight | 15g |
| Operating temperature | -40℃~15℃ |
| Storage temperature | -40℃~260℃ |
| Metal resistance | Antimetal |
| Other | heat resistant 260℃ |
| Read distance | 0-3m |
High-temperature RFID tags are designed for reliable identification and traceability in demanding industrial environments. They are suitable for applications where RFID tags are exposed to elevated temperatures, repeated heating cycles, or harsh production conditions.
Typical applications include:
Automotive Manufacturing – Tracking tools, fixtures, components, and production carriers.
Heat Treatment & Metal Processing – Identifying workpieces, trays, tooling, and containers.
Glass & Ceramic Manufacturing – Tracking molds, formers, racks, and production assets.
Industrial Tooling – Managing molds, fixtures, and interchangeable tools.
Aerospace Manufacturing – Supporting component and tooling traceability.
Industrial Automation – Enabling automated identification and process tracking in high-temperature production lines.