WINE RFID STICKER

Welcome to our Wine RFID Sticker page! Here, we introduce our advanced RFID sticker technology specifically designed for the wine industry. Our RFID stickers offer a range of features and options to suit your unique needs.

Product Specifications:

Material: Our RFID stickers are crafted with high-quality materials, including base materials such as Papers, PET, PVC, or plastic. The antenna material consists of Aluminum etched antenna, paired with COB + Copper coil for optimal performance.

Chip: 125khz -- TK4100, EM4200, EM4305, T5577
13.56MHZ-- 213 216, F08, classic S50 1k, plus 4k, s70 4k ev1 2k 4k 8k
860-960MHZ-- Alien H3, Alien H4, Monza 4D,4E,4QT , Monza5
Can be customized

Frequency: Our stickers operate at multiple frequencies to ensure compatibility with different systems: 125kHz (LF), 13.56MHz (HF), and 860-960MHz (UHF).

Reading Distance: The reading distance ranges from 0.1 to 10 meters, depending on the reader, tag, and working environment.

Working Mode: Our RFID stickers support both read-only and read-write modes, depending on the chip type.

Read/Write Endurance: With a read/write endurance of over 100,000 times, our stickers are durable and reliable.

Customized Service: We offer customization options including custom printing of logos, text, pre-coding of URLs, text, and numbers, as well as customization of size and shape.

Working Temperature: Our stickers can withstand temperatures ranging from -25℃ to +75℃, ensuring performance in various environments.

Storage Temperature: With a storage temperature range of -40℃ to +80℃, our stickers maintain their integrity even under extreme conditions.

Experience the versatility and reliability of our Wine RFID Stickers. Contact us today to discuss your requirements and explore how our solutions can elevate your wine authentication and traceability processes.

Experience the versatility and reliability of our Wine RFID Stickers. Contact us today to discuss your requirements and explore how our solutions can elevate your wine authentication and traceability processes.