The 35MM 13.56MHz NTAG213 Epoxy NFC Tags with Variable QR code offer a versatile and customizable solution for various applications requiring both NFC and QR code functionalities. These epoxy NFC tags are designed to combine the benefits of NFC technology with the flexibility of QR codes, providing users with multiple ways to access information and interact with the tags.
35MM 13.56mhz NTAG213 Epoxy NFC Tags With Variable QR code measuring 35mm in diameter and equipped with the NTAG213 chip operating at a frequency of 13.56MHz, these NFC tags offer a reliable and efficient way to store and transmit data. The NTAG213 chip allows for seamless communication with NFC-enabled devices, enabling users to access digital content with a simple tap.
In addition to NFC technology, these epoxy NFC tags feature a variable QR code that can be customized with different information or actions. QR codes offer a convenient and widely recognized method for users to access websites, URLs, or other digital content by scanning the code with a QR code reader on their smartphones or devices.
The Features of 35MM 13.56mhz NTAG213 Epoxy NFC Tags With Variable QR code
Material: |
PVC + Epoxy |
Size: |
35MM |
Chip: |
NTAG213/215/216 (type2) (chip cheatsheet) |
Memory: |
144/504/888 Byte |
Frequency: |
13.56MHZ |
Protocol: |
ISO14443A |
Reading range: |
0.5cm - 2CM, relative with readers/Smartphones |
Datas program: |
Variable numbers, URL, texts, etc, read only, encrypted |
Craft: |
Logo printing, UID, variable numbers printing |
Working environment: |
-25℃ to 50℃ |
The Services:
The applications of 35MM 13.56mhz NTAG213 Epoxy NFC Tags With Variable QR code
The combination of NFC and QR code functionalities in these epoxy NFC tags provides users with multiple options for interacting with the tags, making them suitable for a wide range of applications such as marketing campaigns, product authentication, access control, and more. The epoxy material offers durability and protection, ensuring the tags can withstand various environmental conditions and remain functional over time.