| Customization: | Available |
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| Certification: | ISO |
| Shape: | Different Styles for Choice |
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RFID Label Laundry Tag with Adhesive Backing Installed by Hot Pressing
| Chip type: | High frequency RFID/NFC electronic tag chip |
| RF Protocol | ISO 14443A/ISO 15693/ISO18000-6 |
| UID (bit): | 56 bits |
| User (bit): | 1888 digits |
| Resonant capacitor: | 50 pF |
| Storage capacity: | 2K bits |
Features of Product
| 1. NFC Functionality | Enables app-free recognition. |
| 2. Hardware Encryption | Utilizes a built-in commercial encryption algorithm to prevent cloning. |
| 3. Anti-Counterfeiting | Easily constructs an authentication system based on commercial encryption algorithms. |
| 4. Durability | Resistant to harsh environments, including medical radiation, ultraviolet radiation, and extreme temperatures. |
| Connectivity | Supports Bluetooth pairing and WiFi password configuration. |
| UID | 7 bytes (supports level 2 collision resistance according to ISO/IEC 14443 A). |
| Data Integrity | Ensured by a 16-bit CRC check bit, parity check bit, and bit encoding bit count. |
| Secure Data Blocks | Specific user area data blocks can be independently locked. |
| Protection Password | User-settable 32-bit protection password. |
| User Password Security | Built-in 128-bit user password; once anti-counterfeiting is activated, the key cannot be read, ensuring security. |
| Anti-Cloning | Robust anti-cloning capabilities. |
| XLPM Technology | Data storage for over 100 years with high security and reliability. |
| OTP Feature | Once data is written, it cannot be physically erased. Data can be written in an archival manner but cannot be rewritten after being locked. |
| Label material: | Coated paper/ PET/PP synthetic paper/Thermal paper |
| Antenna material: | PET + Aluminum |
| Size: | 75 x 45mm, 100 x 6mm, 74 x 18mm, 150 x 100mm, 50 x 50mm; Customized sizes are available. |
CARTES 2007
CARTES 2013
Ordering Process
Choosing the right RFID card/tag involves considering factors such as the required read range, environmental conditions, and specific application needs, such as access control or payment.
RFID TAG
1. How do RFID tags and NFC tags enhance security?
RFID tags and NFC tags enhance security by allowing for contactless authentication and tracking, reducing the risk of unauthorized access or counterfeiting.
2. What materials are used to make RFID tags and NFC tags?
RFID tags and NFC tags are made from various materials, including PVC, paper, and PET, depending on the specific application and environmental conditions they will be used in.
3. What is the difference between active and passive RFID tags?
Active RFID tags have their own power source and can transmit signals over longer distances, while passive RFID tags rely on the reader's power to transmit data and are typically used for short-range applications.
4. What are the benefits of using RFID tags and NFC tags for asset tracking?
RFID tags and NFC tags provide real-time tracking and accurate location information, improving asset management efficiency and reducing losses.
5. Can RFID tags and NFC tags be used in harsh environments?
Yes, certain RFID tags and NFC tags are designed to withstand harsh environments, including extreme temperatures, moisture, and chemicals, making them suitable for industrial applications.
6. What are the different types of RFID tags and NFC tags available?
There are several types of RFID tags and NFC tags available, including passive, active, and semi-passive tags, each with different ranges and applications.
7. How do RFID tags and NFC tags integrate with existing inventory management systems?
RFID tags and NFC tags can be integrated with existing inventory management systems through middleware or software solutions that facilitate data synchronization and analysis.
8. Can RFID tags and NFC tags be used for contactless payments?
Yes, RFID tags and NFC tags embedded in cards or keyfobs are commonly used for contactless payment systems, providing a convenient and secure payment method.
9. What are the read ranges for different types of RFID tags and NFC tags?
The read ranges for RFID tags and NFC tags vary based on the type and frequency, with passive tags typically having shorter ranges (up to a few meters) and active tags offering longer ranges (up to hundreds of meters).
10. Do RFID tags and NFC tags interfere with each other in close proximity?
Advanced anti-collision algorithms in RFID and NFC technology minimize interference, allowing multiple tags to be read simultaneously in close proximity.
RFID STICKER
1. How do RFID stickers and NFC stickers differ from RFID labels in practical use?
RFID stickers and NFC stickers are typically smaller and thinner than RFID labels, making them suitable for applications where space is limited, such as asset tracking or item-level tagging.
2. Do RFID stickers and NFC stickers require special equipment for application?
RFID stickers and NFC stickers can be applied using standard adhesive methods. However, specialized equipment may be required for encoding or printing information on the stickers.
3. Are there different adhesive options for RFID stickers and NFC stickers?
Yes, RFID stickers and NFC stickers are available with different adhesive options including permanent, removable, and repositionable adhesives depending on application requirements.
4. Can RFID stickers and NFC stickers be used for time and attendance tracking?
Yes, RFID stickers and NFC stickers can be used for time and attendance tracking in workplaces, providing an efficient way to monitor employee check-ins and check-outs.
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