NTAG213 Cards – Pack Of 100

NTAG213 NFC Cards are contactless smart cards built with the NXP NTAG213 chip, designed for fast and reliable NFC communication. Operating at 13.56 MHz, these cards allow quick interaction with smartphones, tablets, readers, and other NFC-enabled devices. They’re a great fit for access control, marketing campaigns, or product tagging.

Each card includes 144 bytes of usable memory—enough to store small data like web URLs, text, or unique codes. The memory is organized for easy reading and writing, and it supports locking to prevent accidental changes.

A built-in 7-byte UID (unique identifier) makes every card one-of-a-kind, which is especially useful for tracking and authentication. For added protection, the card supports 32-bit password locking. This restricts write access unless the correct password is provided, helping keep your data secure.

These cards are designed to last. They’re tested for more than 100,000 write cycles and hold data for over 10 years, making them ideal for long-term projects.

Key Specs:

• Chip: NXP NTAG213

• Memory: 144 bytes

• Frequency: 13.56 MHz

• UID: 7-byte unique ID

• Security: Password protection

• Write cycles: 100,000+

• Data retention: 10+ years

• Standards: ISO 14443-A, NFC Forum Type 2

• Read range: Up to 100mm (varies by reader and environment)

Common Uses:

• Access badges – For offices, schools, or restricted areas

• Product labels – Add interactive content like videos or websites

• Event passes – Quick tap for registration or check-in

• Retail promotions – Link directly to online offers or store apps

The cards are made of durable PVC and work with most NFC-enabled devices. They can also be printed using a compatible card printer, so you can add logos, branding, or instructions directly onto the surface.

To keep the cards in good condition, avoid bending or scratching them. Store them in a cool, dry place and use protective sleeves when possible.

Whether you’re building an NFC solution for business or personal use, NTAG213 cards offer a balance of performance, memory, and reliability.