On duty on metal 213 anti-metal NFC tag stickers

Short Description:

The On Duty On Metal 213 Anti-Metal NFC Tag Stickers work seamlessly on metal surfaces, offering durable, waterproof, and customizable data transfer solutions.


  • Frequency: 13.56Mhz
  • Special Features : Waterproof / Weatherproof, MINI TAG
  • Communication Interface : rfid, nfc
  • Material: PVC,PET,Paper etc
  • Read distance : 2~5cm
  • Product Detail

    Product Tags

    On duty on metal 213  anti-metal NFC tag stickers

     

    In today’s fast-paced digital world, the need for efficient and reliable data transfer solutions is paramount. The On Duty On Metal 213 Anti-Metal NFC Tag Stickers offer a cutting-edge solution for businesses and individuals alike, leveraging NFC technology to facilitate seamless communication with NFC-enabled devices. These tags are specifically designed to overcome the challenges posed by metal surfaces, ensuring optimal performance in various applications.

     

    Benefits of On-Metal NFC Tags

    1. Enhanced Compatibility: The On Duty On Metal 213 NFC tags are designed to work seamlessly on metal surfaces, making them ideal for applications in industrial settings, retail, and logistics.
    2. Durability: With special features like waterproof and weatherproof capabilities, these tags are built to withstand harsh environmental conditions, ensuring longevity and reliability.
    3. Customization Options: Businesses can customize these tags with their branding, whether through logos, QR codes, or unique identifiers, enhancing brand visibility and recognition.

     

    Technical Specifications of the On Duty On Metal 213 NFC Tag

    Feature Specification
    Frequency 13.56 MHz
    Memory 504 bytes
    Read Distance 2-5 cm
    Material PVC, PET, Paper, etc.
    Size Options 10x10mm, 8x12mm, 18x18mm, 25x25mm, 30x30mm
    Crafting Options Encode, UID, Laser code, QR code, etc.
    Special Features Waterproof, Weatherproof, Mini Tag
    Place of Origin Guangdong, China
    Sample Availability FREE
    Customized Support Customized logo

     

    How NFC Tags Work on Metal Surfaces

    NFC tags rely on electromagnetic fields to communicate with NFC readers. However, metal surfaces can disrupt these fields, leading to poor performance or complete data transfer failures. The On Duty On Metal 213 NFC Tag is engineered to counteract this issue through specialized design and materials that facilitate effective communication even in challenging environments.

    When you tap the tag with an NFC-enabled device, the tag activates and transmits its stored data. This process is quick and efficient, typically requiring just a read distance of 2-5 cm. The NFC chip within the tag handles the data exchange, ensuring that information is transmitted securely and promptly.

     

    FAQs About On Duty On Metal 213 NFC Tags

    1. What is an NFC tag?

    An NFC (Near Field Communication) tag is a small device that uses radio waves to enable wireless communication between devices. NFC tags can exchange data with NFC-enabled devices, allowing for various applications like contact sharing, payments, and accessing digital content.

    2. How do On Duty On Metal 213 NFC tags differ from standard NFC tags?

    The On Duty On Metal 213 NFC tags are specifically designed to work on metal surfaces, overcoming the interference that metal can cause for standard NFC tags. This makes them ideal for use in environments such as factories, warehouses, or retail spaces where metal is prevalent.

    3. What materials are used to make the On Duty On Metal 213 NFC tags?

    These NFC tags are made from durable materials such as PVC, PET, or Paper, ensuring they are robust enough for various applications. The tags are also designed to be waterproof and weatherproof, which adds to their longevity and reliability.

    4. What is the frequency of the On Duty On Metal 213 NFC tag?

    The frequency of these NFC tags is 13.56 MHz, which is standard for most NFC communication. This frequency allows for efficient data transmission and compatibility with a wide range of NFC-enabled devices.

     


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