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RF-UZMTC4836M-U8
Anti-Metal tag
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1.Material advantages
Ceramic chip
2. High temperature resistance: can withstand extreme temperatures of -40℃~230℃
3. RF performance optimization
Low-loss transmission: Ceramic medium reduces the eddy current loss of electromagnetic waves on the metal surface, and the reading distance is increased by 20%~50% compared with ordinary anti-metal tags.
| Minimum Order Quantity | Price | Delivery Time | Stock | Description | Payment Terms | Supply Ability |
| one | Large quantity price negotiable | 5-8 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-UZMTC4836M-U8 | RF-UZMTC4836MS-U8 |
| Air mouth agreement | ISO 18000-6C Class 1 Gen 2 | ISO 18000-6C Class 1 Gen 2 |
| Working frequency | 860~960 MHz | 860~960 MHz |
| Chip | NXP UCODE 8 | NXP UCODE 8 |
| EPC memory size | 128 Bits | 128 Bits |
| USER memory size | 0 Bits | 0 Bits |
| TID | 96 Bits | 96 Bits |
| Size (mm) | 48*36*8mm | 48*36*8mm |
| Canning material | PPS | PPS |
| Way to install | Screwing | Screwing |
| Class | IP68 | IP68 |
| Weight | 15g | 21g |
| Operating temperature | -25℃~85℃ | -25℃~85℃ |
| Storage temperature | -30℃~230℃ | -30℃~160℃ |
| Metal resistance | Antimetal | Antimetal |
| Other | heat resistant 230℃ | heat resistant 160℃ |
| Read distance | 0-5m | 0-5m |
1.Material advantages
Ceramic chip
2. High temperature resistance: can withstand extreme temperatures of -40℃~230℃
3. RF performance optimization
Low-loss transmission: Ceramic medium reduces the eddy current loss of electromagnetic waves on the metal surface, and the reading distance is increased by 20%~50% compared with ordinary anti-metal tags.
| Minimum Order Quantity | Price | Delivery Time | Stock | Description | Payment Terms | Supply Ability |
| one | Large quantity price negotiable | 5-8 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-UZMTC4836M-U8 | RF-UZMTC4836MS-U8 |
| Air mouth agreement | ISO 18000-6C Class 1 Gen 2 | ISO 18000-6C Class 1 Gen 2 |
| Working frequency | 860~960 MHz | 860~960 MHz |
| Chip | NXP UCODE 8 | NXP UCODE 8 |
| EPC memory size | 128 Bits | 128 Bits |
| USER memory size | 0 Bits | 0 Bits |
| TID | 96 Bits | 96 Bits |
| Size (mm) | 48*36*8mm | 48*36*8mm |
| Canning material | PPS | PPS |
| Way to install | Screwing | Screwing |
| Class | IP68 | IP68 |
| Weight | 15g | 21g |
| Operating temperature | -25℃~85℃ | -25℃~85℃ |
| Storage temperature | -30℃~230℃ | -30℃~160℃ |
| Metal resistance | Antimetal | Antimetal |
| Other | heat resistant 230℃ | heat resistant 160℃ |
| Read distance | 0-5m | 0-5m |
1. Industry 4.0 and smart manufacturing
Metal workpiece traceability: In CNC processing, ceramic chips are directly embedded in metal parts (such as engine blocks) to record processing parameters and life cycle data.
Intelligent tool management: Mark high-strength metal tools (such as drills and molds), and automatically record the number of uses and locations through fixed readers to prevent loss.
2. Logistics automation
Metal container tracking: Ceramic tags are collision-resistant and tear-resistant, and can achieve batch identification in seconds in metal containers transferred by AGV.
Cold chain monitoring: Ceramic tags with integrated temperature sensors can send back temperature and humidity data in metal refrigerated trucks in real time.
3. Automobiles and Aerospace
Parts Traceability: Ceramic tags can withstand high-temperature environments of engines and store production batches and quality inspection reports (such as Tesla battery pack management).
Aviation Material Warehouse Management: Anti-metal tags can realize the automatic entry and exit of aviation materials (such as titanium alloy parts) in metal shelves.
1. Industry 4.0 and smart manufacturing
Metal workpiece traceability: In CNC processing, ceramic chips are directly embedded in metal parts (such as engine blocks) to record processing parameters and life cycle data.
Intelligent tool management: Mark high-strength metal tools (such as drills and molds), and automatically record the number of uses and locations through fixed readers to prevent loss.
2. Logistics automation
Metal container tracking: Ceramic tags are collision-resistant and tear-resistant, and can achieve batch identification in seconds in metal containers transferred by AGV.
Cold chain monitoring: Ceramic tags with integrated temperature sensors can send back temperature and humidity data in metal refrigerated trucks in real time.
3. Automobiles and Aerospace
Parts Traceability: Ceramic tags can withstand high-temperature environments of engines and store production batches and quality inspection reports (such as Tesla battery pack management).
Aviation Material Warehouse Management: Anti-metal tags can realize the automatic entry and exit of aviation materials (such as titanium alloy parts) in metal shelves.
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