Heat Resistant Stainless Steel RFID Embedded Tags
- UHF/HF On-metal
- High Chip Capacity
- IP68 Waterproof and High Temperature Resistance
- Custom sizes/chips are available
China Stainless Steel RFID Embedded Tags Manufacturer
Heat Resistant RFID embedded tags are suitable for extreme high temperature operating environments. It can withstand temperatures up to 260°C and can be embedded in industrial and outdoor equipment. For example, automotive manufacturing, metal processing, glass manufacturing equipment, etc.
Pictures of Stainless Steel RFID Embedded Tags
Specification of Stainless Steel RFID Embedded Tags
Physical Specifications
| Model No.: | SS-30 |
| Material: | 304 Stainless Steel |
| Tag Size: | D18mm*11mm |
| Mounting Methods: | Screw | Welding |
| Tag Thickness: | 11 mm |
| Tag Weight: | 13.5 g |
| Tag Color: | Gray |
| IP Rating: | IP68 |
Technical Parameters
| Operating Frequency: | 865-868MHz(EU),902-928MHz(US) |
| Communication Protocol: | EPC Class 1 Gen 2 , ISO 18000-6C |
| Applicable Surface: | Metal Surfaces |
| Read Range (Fix Reader): |
0.35m (for both 902-928 MHz and 865-868 MHz) |
| Read Range (Handheld Reader): |
0.9m (for both 902-928 MHz and 865-868 MHz) |
Chip Characteristics
| Chip: | Alien H9/Impinj Monza 4QT or custom |
| Write Cycles (Typical Cycles): | 100,000 |
| Data Retention (Years): | Up to 50 |
| EPC Memory: | 96 or 128 Bits |
| User Memory: | 512 Bits |
| TID Memory: | 96 Bits |
Addition Information
| Storage Environment: | -50°C to + 260°C ,+300°C(100 hours) |
| Operating Environment: | -40°C to + 150°C |
Application of Stainless Steel RFID Tags
Stainless steel RFID embedded tags are made of high-strength steel and polymers and are specially designed to be embedded in the milled holes of the drill bit to track each individual pipe. Oilfield drilling involves manually counting pipes before and after they go down, which can lead to incorrect inventory management, inefficient asset utilization and potential safety risks. Now, using stainless steel RFID embedded tags can track and capture data-critical data on individual pipes, opening up new possibilities for improved documentation and process efficiencies, resulting in cost savings and reduced risk. The main applications are in oil exploration and mining.
