Roll blank paper NTAG216 NFC Sticker

Our Roll Blank Paper NTAG216 NFC Sticker is a flexible and customizable NFC label designed for product identification, smart packaging, marketing, inventory management, digital business cards, and other contactless applications. Built with an NXP NTAG216 NFC chip, the sticker provides 888 bytes of user memory and supports NFC Forum Type 2 Tag and ISO/IEC 14443 Type A communication.

Supplied in roll format, these blank paper NFC stickers are suitable for high-volume encoding, automated labeling, and customized printing. Different sticker sizes, materials, finishes, and printing options can be selected according to your application.

Whether you need blank NFC labels for internal encoding or fully customized NFC stickers with logos, QR codes, serial numbers, or variable data, we can provide a flexible solution for your project.

NTAG216 NFC Sticker

The NTAG216 is one of the higher-memory options in the NTAG21x family. With 888 bytes of user memory, it provides more storage than NTAG213 and NTAG215, making it suitable for applications that require longer URLs, larger NDEF records, or multiple pieces of NFC data.

NFC Stickers, equipped with NXP NTAG216 NFC Chip NTAG216 Stickers 

Integrated Circuit (IC): NXP NTAG216; Air interface 

protocol: ISO 14443 A; 

Operation Frequency: 13.56 MHz; 

Memory:888 bytes; 

Operating temperature: from -25°C to 70°C / from -13°F to 158°F; 

Storage temperature: from -55°C to 125°C / from -67°F to 257°F

Technical Specifications

Chip Options

Remark:
MIFARE and MIFARE Classic are trademarks of NXP B.V.
MIFARE DESFire are registered trademarks of NXP B.V. and are used under license.
MIFARE and MIFARE Plus are registered trademarks of NXP B.V. and are used under license.
MIFARE and MIFARE Ultralight are registered trademarks of NXP B.V. and are used under license.

Why Choose NTAG216 NFC Stickers?

The main advantage of NTAG216 is its relatively large user memory within the NTAG21x family. This gives product designers more flexibility when storing NFC data.

For a simple website URL, a smaller NFC chip may be sufficient. However, applications involving longer URLs, text records, structured NDEF content, or multiple records may benefit from the additional memory available on NTAG216.

The tag can also be supplied as a blank label, allowing customers to encode their own NFC data during production or after receiving the labels.

Key Benefits

• 888 bytes of user memory
• NFC Forum Type 2 Tag compatible
• ISO/IEC 14443 Type A communication
• 13.56 MHz operating frequency
• Suitable for NDEF-based applications
• Roll format for high-volume applications
• Blank or customized printing options
• Multiple shapes and sizes available
• Suitable for product and packaging applications
• Supports read-only locking after programming
• Custom materials and finishing available

The NTAG21x family also supports read-only locking, and NXP specifies 10 years of data retention and 100,000 write cycles for the NTAG213/215/216 family.

NTAG213 vs. NTAG215 vs. NTAG216

Choosing the right NFC chip depends largely on the amount of information you need to store. NTAG216 offers the largest user memory among the standard NTAG213/215/216 family.

NXP’s official documentation confirms the 144/504/888-byte user-memory capacities for NTAG213, NTAG215, and NTAG216 respectively.

Which NFC Chip Should You Choose?

Choose NTAG213 when your application mainly requires a short URL, basic identification link, or simple NFC interaction.

Choose NTAG215 when you need more memory than NTAG213 but do not require the full capacity of NTAG216.

Choose NTAG216 when you want the largest memory capacity in this three-chip family and need additional flexibility for NFC data.

For many general-purpose NFC label projects, NTAG216 is a practical choice when future data requirements are uncertain.

Available Roll NFC Sticker Formats

The NFC inlay can be converted into different label formats according to the requirements of your application.

Common options include round, square, rectangular, and custom-shaped labels. The label dimensions can also be adjusted to match the available printing area or the surface of the product.

The final NFC performance depends on the chip, antenna design, label dimensions, surrounding materials, and application environment. For projects involving metal surfaces or unusual mounting conditions, we recommend confirming the antenna design and application requirements before mass production.

Blank Paper NFC Stickers for Custom Encoding

The blank version is designed for customers who want to control the NFC encoding process themselves.

After receiving the roll labels, you can encode supported NFC data using compatible NFC-enabled smartphones, NFC readers, encoders, or production equipment.

Typical information stored on an NFC sticker includes:

• Website URLs
• Product information
• Digital business card data
• Contact information
• Social media links
• Marketing landing pages
• Product registration links
• Identification numbers
• Inventory references
• NDEF records

The NFC sticker does not need to display the stored information visually. The NFC data is stored electronically in the chip and can be accessed through a compatible NFC device.

NFC Sticker Printing and Customization

Although the product can be supplied as a blank paper NFC sticker, customized printing is available for projects that require branded labels.

Depending on your requirements, the label surface can include a company logo, product name, serial number, QR code, barcode, instructions, or other variable information.

For large production runs, NFC encoding and printed variable data can be coordinated with the physical label layout.

NFC Sticker Roll for High-Volume Production

Roll-format NFC labels are particularly useful when hundreds, thousands, or more labels need to be processed.

The continuous roll format makes the labels easier to integrate into labeling, printing, encoding, and packaging workflows. Depending on the production equipment and label specifications, the roll configuration can be customized to meet manufacturing requirements.

For automated applications, customers should confirm the following before ordering:

1. Label dimensions
2. Core size
3. Roll direction
4. Label spacing
5. Number of labels per roll
6. NFC encoding requirements
7. Printing requirements
8. Application surface
9. Required adhesive performance

Providing these details at the quotation stage helps ensure that the finished NFC roll is suitable for your production process.

Common Applications of NTAG216 NFC Stickers

NTAG216 NFC stickers can be used in a wide range of consumer, retail, commercial, and industrial applications.

Product Information

Place an NFC sticker on product packaging to connect customers to product information, manuals, specifications, or online resources.

Smart Packaging

NFC can add a digital layer to conventional packaging. Instead of printing all information directly on the package, customers can access additional digital content through an NFC-enabled device.

Marketing and Advertising

NFC labels can be attached to promotional materials, displays, printed media, or products to provide a quick connection to a campaign landing page or digital experience.

Digital Business Cards

An NFC sticker can be encoded with contact information or a digital profile URL, allowing the physical item to connect users with online contact information.

Product Registration

NFC labels can direct customers to product registration pages, warranty information, after-sales services, or support resources.

Inventory and Identification

Each NFC label can be associated with a unique product, asset, or internal reference. This can help organizations connect physical items with digital records.

Retail and Shelf Applications

NFC-enabled labels can provide additional product information and digital content at the point of sale or on retail shelves.

NXP lists applications for the NTAG21x family including smart advertising, product authentication, NFC shelf labels, mobile companion tags, Bluetooth pairing, Wi-Fi setup, and business cards.

NFC Data Capacity: What Can 888 Bytes Store?

The NTAG216 provides 888 bytes of user memory, but the exact amount of application data available to an NDEF message depends on the NDEF structure and formatting overhead.

Therefore, it is better not to interpret “888 bytes” as exactly 888 characters.

For example, a short URL requires relatively little storage, while a longer text record or multiple NDEF records require more space.

For larger digital content such as images, videos, manuals, or catalogs, the recommended approach is generally to store a URL on the NFC tag and host the larger content online.

NFC Sticker Read and Write

The NTAG216 is designed for contactless NFC communication. NFC performance is affected by the smartphone or reader, antenna size, tag orientation, surrounding materials, and installation environment.

For this reason, the actual reading distance should not be treated as a fixed value for every application.

When designing an NFC product, it is recommended to test the finished label on the actual product surface rather than testing only the bare NFC inlay.

Writing the NFC tag can be performed before the label is applied or as part of a production workflow. Once the required information has been written, the tag can remain writable or be configured as read-only where appropriate.

NFC Stickers for Metal Surfaces

Standard paper NFC stickers are generally intended for non-metallic surfaces.

Metal can interfere with the NFC antenna and significantly reduce NFC performance. If the label will be attached directly to metal, a specialized NFC tag design with an appropriate ferrite layer or on-metal construction should be considered.

If you plan to use the NTAG216 NFC sticker on:

• Metal equipment
• Aluminum packaging
• Machinery
• Metal shelves
• Vehicles
• Electronic devices

please provide the application details before ordering so the appropriate NFC antenna construction can be evaluated.

Paper NFC Sticker vs. Other NFC Materials

Different applications require different label materials.

Paper is a practical choice when low cost, easy printing, and a lightweight construction are priorities. For outdoor or demanding environments, a more durable material may be preferable.

NFC Label Size and Antenna Design

NFC performance is influenced by more than the chip itself. Antenna size and design are important factors in determining how effectively the tag couples with an NFC reader.

A larger label can provide more space for the antenna, while a smaller label may require a more compact antenna design.

For this reason, the final label size should be selected according to the intended application rather than simply choosing the smallest possible sticker.

Custom dimensions are available for projects requiring a specific label footprint.

NFC Tag Security and Read-Only Protection

NTAG216 supports standard NFC tag functions such as read-only locking. This can be useful when an NFC tag is programmed during production and should not be changed afterward.

For example, a manufacturer may encode a product URL or identification number and then lock the relevant memory area to prevent accidental modification.

However, a standard NTAG216 should not automatically be described as a high-security anti-counterfeiting solution. Security requirements such as authentication, cryptographic protection, or advanced anti-cloning functions may require a different NFC chip family.

The appropriate chip should therefore be selected based on the actual security requirements of the project.

How to Order Custom NTAG216 NFC Stickers

To request a quotation, provide the following information whenever possible:

Samples can be arranged for projects where physical testing is required before mass production.

Frequently Asked Questions

What is an NTAG216 NFC sticker?

An NTAG216 NFC sticker is an adhesive NFC label containing an NXP NTAG216 chip. It can store NFC data and communicate wirelessly with compatible NFC devices.

How much data can an NTAG216 store?

The NTAG216 provides 888 bytes of user memory. The actual available NDEF payload depends on the data structure and formatting overhead.

Is NTAG216 compatible with smartphones?

NTAG216 is based on NFC Forum Type 2 Tag and ISO/IEC 14443 Type A standards. Compatible NFC-enabled smartphones and readers can interact with the tag. Actual behavior depends on the device, operating system, NFC application, and tag configuration.

Can I write a URL to the NFC sticker?

Yes. A URL can be stored as an NDEF record. This is one of the most common uses for NFC stickers.

Can the NFC sticker be customized?

Yes. The label can be customized by size, shape, material, printing, surface finish, and other production requirements.

Can I buy blank NTAG216 stickers?

Yes. Blank paper NFC stickers can be supplied for customers who want to perform their own NFC encoding.

Can NTAG216 stickers be supplied in rolls?

Yes. Roll-format NFC stickers are suitable for bulk labeling, encoding, and production applications.

Can NTAG216 be used on metal?

Standard paper NFC stickers are not recommended for direct attachment to metal. For metal applications, an on-metal NFC construction should be evaluated.

Can the NFC tag be locked after programming?

Yes. NTAG216 supports read-only locking functions. Once the relevant memory is locked, the configuration cannot simply be reverted to writable mode.

Is NTAG216 better than NTAG213?

Not necessarily. NTAG216 provides more memory, but NTAG213 may be more economical when only a short URL or small amount of data is required. The best chip depends on the application’s data and cost requirements.

Get a Quote for Roll NTAG216 NFC Stickers

Looking for custom NTAG216 NFC stickers in roll format?

Tell us your required chip, label size, material, quantity, printing design, adhesive requirements, and NFC encoding specifications. We can help determine a suitable NFC sticker configuration for your application.

For projects involving metal surfaces, special environmental conditions, automated encoding, or custom antenna requirements, providing application details in advance is recommended.

Whether you need blank paper NFC labels, custom printed NFC stickers, or high-volume roll NFC tags, NTAG216 provides a practical solution when your application requires more memory than NTAG213 or NTAG215.

Request a quotation today to discuss your required NTAG216 NFC sticker size, material, printing, encoding, and packaging format.