SCOT NFC RFID Ετικέτα 40×32 mm NTAG213 180 Byte 10 τεμ. λευκή

SCOT NFC RFID tag 40×32 mm NTAG213 180 Byte 10 pcs white is a set of ten compact pendant-style NFC tags in white, each equipped with an NTAG213 integrated circuit and 180 bytes of user memory. The tags support standard NFC Forum and ISO/IEC 14443A contactless communication, enabling read/write operations with compatible smartphones and RFID readers. With a low-profile format and durable enclosure, these tags are intended for short-range wireless data exchange, asset identification, and simple access or information tasks.

Advantages

Each tag provides 180 bytes of user memory on the NTAG213 platform, allowing storage of small records such as URLs, contact cards, text snippets, or configuration data. The pendant-style 40×32 mm form factor balances compact size and readability, and the white finish offers a neutral appearance for integration into different environments. Compatibility with NFC-enabled smartphones and many standard RFID readers ensures straightforward deployment for reading and writing data. The set includes ten identical tags, useful for marking multiple items at once.

Suitable for

• Asset tracking and basic inventory marking
• Short-range access control and authentication tasks
• Providing product information, URLs or digital business cards
• Event or visitor badges where compact NFC tags are needed
• Simple automation tasks with smartphone-triggered actions

Key specifications

• Chip type: NTAG213 with 180 bytes of user memory
• Form factor: pendant-style tag, nominal dimensions 40 × 32 mm
• Colour: white
• Communication: NFC Forum compatible, ISO/IEC 14443A contactless interface
• Operation: read/write capable with compatible NFC devices
• Quantity: set of 10 tags

How to use

Power is provided by the reader device; no internal battery is required. To program a tag, launch a compatible NFC writing application on a smartphone or use an RFID reader with write capability, hold the device near the tag until the app detects it, then write the intended data (for example a URL, vCard, or short text). To read stored data, present an NFC-enabled smartphone or reader to the tag and follow the device prompts. Place tags on or near the objects you wish to identify, keeping in mind that metal surfaces and electromagnetic interference can reduce read range and reliability.

Recommendations

For consistent performance, test tags with the specific smartphones and readers planned for use and avoid direct mounting on large metal surfaces without an appropriate spacer or ferrite backing. Use concise data records to fit within the 180-byte user memory and apply simple access control or password protection if the application requires basic security.