NTAG213 Roll blank NFC tag Circle dia25 mm NFC Sticker

Looking for a compact and customizable NFC label for product identification, smart packaging, or interactive applications? Our NTAG213 NFC sticker 25mm is a round, adhesive NFC tag designed for flexible integration into a wide range of labeling projects. Supplied in roll format, these blank NFC stickers can be customized with different materials, printing options, surface finishes, and chip configurations according to your project requirements.

Operating at 13.56 MHz, NTAG213 NFC stickers support short-range wireless communication with compatible NFC devices. They can be programmed to store information such as website URLs, product details, contact information, and other supported data, making everyday products easier to identify and interact with.

Whether you need blank NFC labels for in-house encoding or custom-printed stickers for commercial use, we can help you explore suitable configurations for your application.

Key Features of NTAG213 NFC Stickers

• Compact round design: A nominal 25 mm diameter option for product labels, packaging, and space-conscious applications.
• 13.56 MHz operating frequency: Designed for NFC communication with compatible readers and devices.
• Programmable chip: Store supported data, such as URLs and contact information, within the chip’s available memory.
• Customizable materials: PVC, paper, PET, epoxy, and other options subject to application requirements.
• Flexible printing: Digital printing, offset printing, silk-screen printing, and other available methods.
• Custom surface finishes: Options may include glossy, matte, and frosted finishes.
• Roll-format supply: Suitable for labeling workflows that require multiple stickers and organized handling.
• Multiple chip options: NTAG213 is the featured chip, while other RFID and NFC chip types may be available for different projects.

Final specifications, available configurations, and production details should be confirmed before ordering.

NTAG213 NFC Sticker 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.

What Is an NTAG213 NFC Sticker?

An NTAG213 NFC sticker combines a small NFC chip, an antenna, and an adhesive label structure. When a compatible NFC reader or smartphone is brought close enough, the chip can communicate wirelessly with the device.

The NTAG213 chip is commonly used for simple NFC interactions, including opening a website, displaying product information, sharing contact details, and connecting physical products with digital content.

Unlike a conventional printed label, an NFC sticker can provide information that users access by tapping a compatible device against the labeled item. The destination or stored information can also be updated before the tag is permanently locked, subject to the chip’s configuration and access settings.

A blank NFC sticker allows you to encode your own supported data. A custom-printed sticker adds visual identification, branding, or a printed QR code to the same label.

Why Choose a 25mm Round NFC Label?

A 25 mm round NFC label offers a balance between compact size and practical handling. Its circular shape can fit product surfaces where rectangular labels are unsuitable or where a simple, consistent appearance is preferred.

Common reasons to choose this format include:

• Small product packaging: Add a digital access point without using a large label.
• Retail and promotional items: Connect products to landing pages, instructions, or promotional content.
• Asset identification: Associate labeled objects with digital records or inventory information.
• Smart packaging: Provide access to additional product information through an NFC-enabled smartphone.
• Custom branding: Combine printed graphics, a logo, or a QR code with NFC functionality.

The best label size depends on the available surface area, antenna design, mounting material, and required reading performance. If your application involves metal, curved surfaces, or limited installation space, request a suitable sample and test it in the intended environment.

NTAG213 vs. NTAG215 vs. NTAG216

NTAG213, NTAG215, and NTAG216 are popular NFC chip options for different data-storage requirements. Although they share similar NFC operating characteristics, their available user memory differs.

Memory figures above refer to commonly published chip specifications and should be verified against the exact chip supplied. Available application data may be smaller than the total user memory because of encoding requirements and the data format used.

For a sticker that simply opens a website, displays a contact card, or directs users to an online product page, NTAG213 is often a practical starting point. NTAG215 or NTAG216 may be more appropriate when the application requires additional space for stored data.

Which chip should you choose? Start with NTAG213 if your project mainly uses short URLs or simple NFC actions. Consider NTAG215 or NTAG216 if your application has greater memory requirements. For applications involving authentication, secure access, or specialized systems, select a chip based on the required security features and system compatibility rather than memory alone.

Custom Materials, Printing, and Finishing

Different applications require different label materials and surface treatments. Material selection can affect appearance, durability, flexibility, adhesive performance, and NFC functionality.

Material Options

These are general application guidelines rather than guarantees of suitability. The exact material construction and adhesive should be selected according to your product’s operating environment.

Printing and Surface Finishes

Custom printing helps NFC stickers match your brand or labeling system. Available options may include digital printing, offset printing, and silk-screen printing.

You can also inquire about:

• Company logos and product graphics
• Serial numbers or variable identification data
• Printed barcodes and QR codes
• Glossy or matte finishes
• Frosted or other customized appearances

A printed QR code can provide a visual alternative for users whose devices do not support NFC. If the NFC chip and QR code both direct users to the same destination, they can offer two convenient ways to access the information.

Before production, approve the artwork, print colors, dimensions, and sample appearance. Confirm whether chip encoding, printing, or variable data personalization is included in the quotation.

Blank NFC Stickers vs. Custom-Printed NFC Labels

Choosing between blank and printed NFC stickers depends on how you plan to prepare and use the labels.

If you need to change encoded information frequently, consider how the tags will be managed and whether access permissions or locking settings are required. For large-scale projects, clarify whether the supplier can provide pre-encoding, unique identifiers, or serialized labels.

Typical Applications of NTAG213 NFC Labels

1. Product Identification and Information

Attach an NFC sticker to a product or its packaging to provide access to online descriptions, user manuals, product specifications, or support pages. This approach can reduce the amount of information that must be printed directly on the package.

2. Smart Packaging and Brand Engagement

NFC-enabled packaging can connect a physical product with digital content, such as product registration pages, promotional campaigns, usage instructions, or customer service resources.

The content itself is usually hosted online, so it can be updated without rewriting every sticker, provided the tag points to a URL that remains under your control.

3. Retail and Promotional Campaigns

A tap-enabled sticker can direct customers to a campaign landing page, catalog, product video, or feedback form. Custom printing can help users recognize where to tap and understand the intended action.

4. Asset Tracking and Identification

NFC labels can link equipment, tools, containers, or other assets to digital records. Staff can scan the tag with compatible devices to retrieve an associated record.

An NFC sticker does not automatically provide GPS tracking or continuous location monitoring. It is a short-range identification solution that requires a compatible reader or device to access the tag.

5. Event and Marketing Materials

Use NFC stickers on promotional materials, displays, merchandise, or event-related items to open schedules, registration pages, digital brochures, or other web-based information.

For access control or ticketing applications, confirm that the chip and system meet the required security and compatibility specifications. A standard NTAG213 sticker should not be assumed to replace a secure access credential.

NFC Compatibility and Reading Distance

These NFC stickers operate at 13.56 MHz. They are intended for use with compatible NFC readers and devices, but actual compatibility depends on the chip, reader, operating system, application, and intended function.

Many modern NFC-enabled smartphones can read supported NTAG213 tags. However, not every device supports every NFC function, and writing or encoding tags may require different software permissions or equipment.

The approximate 1–10 cm reading distance is a general reference, not a guaranteed operating range. Actual performance depends on antenna size and design, reader power, device orientation, nearby materials, and environmental conditions.

Metal surfaces can interfere with conventional NFC antennas. If you need to attach a sticker directly to metal, ask about a purpose-designed on-metal NFC tag and test a sample before ordering.

How to Program an NTAG213 NFC Sticker

Programming a blank NFC sticker is generally straightforward when you have a compatible NFC smartphone or reader and an appropriate application.

1. Choose the information: Decide whether the tag should store a URL, contact information, or another supported data format.
2. Prepare the data: Check that the URL works and that the content is suitable for mobile devices.
3. Read the tag: Use a compatible NFC application or reader to identify the chip and check its current state.
4. Write the data: Follow the application’s instructions to encode the required information.
5. Test the result: Scan the tag with a compatible device and confirm that the intended action occurs.
6. Apply protection if needed: Review password protection and locking options before making any irreversible changes.

Some chip settings can permanently prevent further writing. Test your encoding workflow on a sample before programming a large batch, and avoid locking tags until the stored information and access requirements have been verified.

Quality Checks Before Using NFC Stickers

Testing samples before mass production helps reduce compatibility and deployment problems. For business-critical applications, consider the following checks:

• Confirm the chip model and required memory capacity.
• Verify the label’s actual diameter and overall construction.
• Test reading and writing with the intended smartphone or reader.
• Check performance on the actual packaging or mounting surface.
• Inspect printing quality, adhesive performance, and label consistency.
• Verify encoded URLs, QR codes, and variable data.
• Confirm whether any security settings or permanent locks have been applied.

For larger orders, agree on the inspection criteria and acceptance requirements with the supplier before production begins.

Ordering Custom NTAG213 NFC Stickers in Rolls

To receive an accurate quotation, provide your intended specifications as clearly as possible. This helps the supplier determine whether the standard 25 mm round sticker is suitable or whether a customized construction is required.

Samples can be requested to evaluate the label before confirming a larger order. The supplier lists a general lead time of approximately 7–8 working days, depending on quantity and requirements, and a sample period of approximately 3–7 days after sample details are confirmed. Confirm the current schedule, shipping time, and production conditions with the supplier.

Frequently Asked Questions

1. What is the diameter of this NTAG213 NFC sticker?

The featured product is listed as a 25 mm round NFC sticker. Other dimensions and custom sizes are also listed. Confirm the final label diameter and any dimensional tolerances before ordering.

2. Can I write my own URL to the sticker?

Yes, provided the tag is writable, your NFC device and application are compatible, and the tag has not been permanently locked. You can typically encode a supported URL and test it with a compatible smartphone.

3. Can I print a logo or QR code on the NFC sticker?

Custom printing options include digital printing, offset printing, and silk-screen printing. Barcode and QR code printing are also listed. Confirm artwork requirements, available finishes, and whether printing is included in your selected configuration.

4. Can these NFC stickers be used on metal?

Standard NFC stickers may experience reduced performance when placed directly on metal. Ask for a purpose-designed on-metal NFC label if your application requires metal mounting, and test a sample in the intended environment.

5. What is the reading distance?

The product page gives an approximate range of 1–10 cm, depending on the reader and reading environment. The actual range may be shorter or longer depending on the antenna, device, orientation, and installation conditions.

6. What is the difference between NTAG213, NTAG215, and NTAG216?

The main difference is available user memory. NTAG213 is commonly used for simple URLs and basic data, while NTAG215 and NTAG216 provide more user memory for applications that need it. Choose according to your actual data and compatibility requirements.

7. Are the NFC stickers supplied blank or pre-encoded?

The product is described as a blank NFC sticker. If you require pre-encoding, unique URLs, serial numbers, or other personalization, confirm whether the service is available for your order.

8. Can I use these stickers with an iPhone or Android phone?

Many NFC-enabled iPhones and Android devices can read supported NTAG213 tags. Compatibility depends on the device model, operating system, application, and intended function. Test with your target devices before deployment.

9. How long does production take?

The listed general lead time is approximately 7–8 working days, depending on quantity and requirements. Sample preparation is listed at approximately 3–7 days after all sample details are confirmed. Ask the supplier to confirm the current schedule for your specific order.

10. How can I request a quotation or sample?

Provide the chip model, size, material, printing requirements, quantity, encoding needs, and application details. If the stickers will be used on metal or another challenging surface, include that information so the supplier can recommend a suitable construction.

Request a Quote for 25mm NTAG213 NFC Stickers

Need blank NFC labels for internal programming or custom-printed stickers for your products? Share your required quantity, material, artwork, chip configuration, and application details to discuss a suitable solution.

Whether your project involves product labeling, smart packaging, promotional materials, or asset identification, confirm the specifications and test a sample before moving to mass production.

Contact us to discuss your NTAG213 NFC sticker requirements, request a sample, and obtain a quotation for your project.