FPC Small NFC Sticker NXP Ntag213 RFID Tag Micro Chip 5 12x18MM Qme 12x18MM 5pcs

NXP Ntag213 NFC Sticker Tags FPC RFID Micro Chips 12x18mm

12x18MM 5pcs
$13.64
Sale price  $13.64 Regular price  $16.04
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FPC Small NFC Sticker NXP Ntag213 RFID Tag Micro Chip 5 12x18MM Qme 12x18MM 5pcs

NXP Ntag213 NFC Sticker Tags FPC RFID Micro Chips 12x18mm

$13.64
Sale price  $13.64 Regular price  $16.04
Color

Unlock seamless contactless convenience with these NXP Ntag213 NFC Sticker Tags — compact, flexible, and incredibly versatile. Whether you're organizing smart labels, building DIY automation projects, setting up contactless access points, or creating interactive displays, these micro-sized FPC RFID stickers deliver reliable performance in a slim, adhesive form factor.

Built on a Flexible Printed Circuit (FPC) substrate, these tags bend and flex without losing functionality — making them ideal for curved surfaces, wearables, product tags, and creative craft projects. Compatible with any NFC-enabled smartphone or reader, they're ready to use right out of the box with no programming tools required to get started.

Key Features

  • Chip: NXP Ntag213 — industry-standard NFC chip trusted for reliability and broad compatibility
  • Form Factor: Ultra-compact 12×18mm (also available in 10mm and 15mm round options)
  • Material: FPC (Flexible Printed Circuit) — withstands bending and twisting for flexible mounting
  • Read/Write Range: 1–10cm versatile range suitable for a wide variety of applications
  • Memory: 144 bytes user-writable data storage (Ntag213 standard)
  • Frequency: 13.56 MHz — standard HF/NFC frequency
  • Adhesive Backing: Peel-and-stick for quick and easy application on most surfaces
  • Color Options: Available in 6 colors to suit your project style
  • Pack Size: 5 tags per pack
  • Compatibility: Works with NFC-enabled Android and iOS devices, as well as standard RFID readers

What Can You Do With These NFC Tags?

  • Automate smartphone actions (open URLs, toggle Wi-Fi, launch apps)
  • Create smart product labels and inventory tracking systems
  • Build interactive DIY and craft projects
  • Set up contactless business cards or info-sharing points
  • Use in wearable tech prototypes and flexible electronics
  • Implement supply chain and asset management solutions

Why Choose the NXP Ntag213?

The Ntag213 is one of the most widely supported NFC chips on the market. It complies with the ISO 14443 Type A standard and NFC Forum Type 2 Tag specification, ensuring broad compatibility across devices and platforms. The FPC material ensures the tag remains functional even when applied to non-flat or flexible surfaces — a significant advantage over rigid PVC or paper tags.

For more information on RFID and NFC technology standards, visit the National Institute of Standards and Technology (NIST) Cybersecurity resources.

Frequently Asked Questions

Q: What devices are compatible with the NXP Ntag213 NFC sticker tags?

A: These Ntag213 NFC sticker tags are compatible with virtually all NFC-enabled smartphones (Android and iOS), tablets, and standard 13.56 MHz RFID readers. Most modern smartphones support NFC reading natively without any additional app, though writing data typically requires a free NFC writing app.

Q: What can I write or store on an Ntag213 NFC tag?

A: The Ntag213 chip offers 144 bytes of user-writable memory. You can store URLs, plain text, contact information (vCards), Wi-Fi credentials, app launch commands, and more. The tag can be written and rewritten many times, making it highly flexible for changing use cases.

Q: Can these NFC stickers be applied to curved or flexible surfaces?

A: Yes! The FPC (Flexible Printed Circuit) construction allows these tags to conform to curved, rounded, or slightly irregular surfaces without compromising read/write performance. This makes them especially suitable for product labeling, wearables, and creative DIY applications.

Q: What is the read/write range of these RFID NFC sticker tags?

A: These tags offer a read/write distance of approximately 1–10cm, depending on the reader hardware and environmental conditions. This range is typical for NFC tags and is suitable for tap-to-interact use cases and close-range scanning applications.

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