- Date
- April 10, 2026
The HYWGJ01 Silicone RFID Wristband is a high-performance RFID wristband designed for secure and efficient access control and identification in multi-day outdoor events. Produced by DO RFID Reader, it provides reliable performance for professional industrial systems. It features:
- Durable Silicone Construction: Offers a soft, flexible, and comfortable fit for extended wear, ensuring user convenience and long-term durability in demanding environments.
- Robust Environmental Protection: The waterproof and quakeproof design guarantees consistent operation and data integrity through various weather conditions, ideal for large-scale outdoor deployments.
- Customizable Branding Options: Supports debossing, embossing, barcodes, and QR codes with a wide color palette, allowing for tailored designs that enhance brand visibility and application-specific functionality.
- Date
- April 9, 2026
The Comfortable Woven Wristband with MIFARE 1K Chip is a high-performance HF RFID fabric wristband designed for secure event access control and cashless payment systems. Produced by DO RFID READER, it provides reliable performance for professional industrial systems. It features:
- MIFARE Classic 1K Technology: Ensures fast, secure data processing and broad compatibility with existing 13.56MHz infrastructure for large-scale deployments.
- Durable Woven Fabric Construction: Offers superior comfort and breathability for long-term wear, supporting reusable applications in demanding environments.
- Customizable Security & Branding: Provides options for one-time or adjustable closures alongside vibrant logo integration, ideal for branded guest management solutions.
- Date
- April 9, 2026
The Comfortable NFC Nylon Fabric Wristband with Embedded Chip is a high-performance NFC fabric wristband designed for secure access control and cashless payment systems in events and corporate environments. Produced by DO RFID READER, it provides reliable performance for professional industrial systems. It features:
- Durable Nylon Construction: Ensures long-term comfort and wearability for continuous use in high-traffic applications.
- Advanced NFC Chip: Enables fast, secure data exchange for efficient access management and contactless transactions.
- Customizable Design: Supports branding and functional customization, making it ideal for large-scale deployment and bulk event solutions.
- Date
- April 9, 2026
The MIFARE 1K Fabric Wristband is a high-performance RFID event access control solution designed for secure and efficient large-scale event management. Produced by DO RFID Reader, it provides reliable performance for professional industrial systems. It features:
- MIFARE 1K Technology: Ensures secure, encrypted identification and data storage for streamlined access control and cashless payment systems.
- Durable Fabric Construction: Offers comfort for extended wear and resilience in high-traffic, multi-day event environments.
- Customizable Design: Supports branding with various colors and logos, making it suitable for corporate and sponsored event deployments.
- Date
- March 7, 2026
The RFID Card NXP MIFARE Plus SE ISO14443-A CR80 is a high-performance chip-based RFID card (CR80 form factor) designed for office access control, student ID systems, retail loyalty programs. It features:
- MIFARE Compatibility: Fully compatible with MIFARE Classic readers for seamless system integration.
- AES-128 Security: Uses military-grade AES-128 encryption to protect card data from unauthorized access.
- Customizable Form: CR80 form factor supports thermal printing, embossing, and eco-friendly material options.
- Date
- March 7, 2026
The RFID Card NXP MIFARE Plus® X 4K is a high-performance HF 13.56MHz RFID Card designed for access control, cashless payment, and enterprise ID programs. It features:
- AES 128-bit Security: Meets EAL4+ standards for sensitive data protection in high-traffic environments.
- 4K EEPROM: Supports multi-zone functionality for combined access and cashless use cases.
- Bulk Pricing: Cost-effective tiers for large-scale deployments across corporate campuses or events.
- Date
- March 7, 2026
The RFID Card NXP MIFARE Plus X 4K is a high-performance HF RFID card designed for secure access control and identification systems. It features:
- High Security: It features AES/CRYPTO1 key support and Common Criteria EAL4+ certification for data confidentiality.
- 4K EEPROM: Offers 4096 bytes of EEPROM memory for storing user data and credentials.
- ISO Compatibility: Complies with ISO/IEC 14443-A standard for seamless integration with existing systems.
- Date
- March 6, 2026
The RFID Card NXP MIFARE Plus®X 2k is a high-performance authentic HF RFID card designed for secure access control, cashless payments, and government identification. It features:
- AES Security: It uses AES-encrypted sector trailers and MIFARE CRYPTO1 for robust data protection against unauthorized access.
- 2kB Memory: Its 2kB EEPROM offers organized sectors for storing sensitive user data and application-specific information.
- High Speed: With an up to 848 kbit/s data transfer rate, it enables fast, seamless transactions in high-traffic environments.
- Date
- March 6, 2026
The RFID Card NXP MIFARE Plus EV2 4K is a high-performance high-security HF RFID smart card designed for secure access control and cashless payment systems. It features:
- EAL5+ Certified: Common Criteria EAL5+ certified for resistance to tampering and unauthorized access.
- 4K Memory: 4KB non-volatile memory with 25-year data retention and 1 million write cycles.
- Customizable: Available in multiple materials, printing options, and dimensions for bulk orders.
- Date
- March 6, 2026
The RFID Card NXP MIFARE Plus EV2 2K is a high-performance high-security HF RFID card designed for enterprise access control and regulated environments. It features:
- Security Certification: It holds Common Criteria EAL5+ certification for robust protection in sensitive settings.
- Encryption: It uses AES-128 encryption with SL1 and SL3 operating modes for flexible security levels.
- Customization: It offers full customization including printing, holograms, and multiple material options.








