Writable 125Khz RFID Adhesive Stickers - Rewritable Proximity Card Labels (100 Pieces)

Product Overview:

📦 The 10-100Pcs 125KHz RFID Tags T5577 are versatile and innovative writable proximity cards designed for effective and efficient identification and data management. These compact 25mm adhesive stickers, equipped with advanced technologies, allow for easy copying, reading, and rewriting of data.

Key Specifications:

• Chip Model: EM4305 / T5577 Chip
• Chip Usage: Rewritable, Readable, Copiable, Writable
• Storage Capacity: 512 bits
• Working Frequency: 125 KHz
• Operating Temperature: -45℃ to +85℃
• Read Durability: Over 10,000 read cycles
• Detection Distance: 0-5 cm
• Material: ABS (Acrylonitrile Butadiene Styrene)
• Power Supply: Passive card (requires no external power)
• Service Life: More than 10 years
• Waterproof & Resistances: Moisture-proof, vibration-proof, anti-corrosion, high-temperature resistant.
• Health Safety: Non-toxic, environmentally friendly, and harmless to the body

🧱 Applications: The T5577 RFID tags are suitable for a wide range of applications, making them ideal for:

• Access Control Systems
• Public Transportation
• Parking Management
• Identity Verification
• Attendance Tracking
• Ticketing Solutions
• Card Payment Systems
• Product Identification
• Ski Resort Management
• Social Services Payment Management
• Hotel Door Locks

⚡ Additional Information:

🛡️ Reading and writing are accomplished in just 1 ms, making these tags efficient for high-traffic environments. The sleek and compact design ensures they are easy to carry, while their durable construction withstands various environmental factors. Note that the T5577 chip can copy TK4100 IDs but cannot duplicate HID keys. Each tag is factory set with an empty card number, ready for immediate data writing upon receipt.

🌿 Please note that some variances in product measurements and color may occur due to manual handling and monitor display differences. Each product can have slight variations, and it's recommended to consider the actual item as the definitive standard.