Smart Data Sticker

Here’s a brief specification list for an NFC sticker:
 
NFC Sticker Specifications
 
Standard sizes: 20mm to 40mm diameter (round) or similar dimensions for square/rectangular shapes.
 
Material: Typically made from PET (Polyethylene Terephthalate) or paper with adhesive backing. Durable and resistant to wear and tear.
 
Chip Type: NXP NTAG213, NTAG215, or NTAG216 (commonly used for compatibility and high performance).Memory capacity:NTAG213: 144 bytesNTAG215: 504 bytesNTAG216: 888 bytesFrequency:Operates at 13.56 MHz (ISO/IEC 14443 standard).
 
Compatibility: Compatible with most modern NFC-enabled devices (iOS, Android, etc.).
 
Read Range: Typically 1-3 cm, depending on the device and placement.
 
Adhesive Backing: Strong adhesive layer for secure application on Metal business cards or other surfaces.
 
Finish: Available in various finishes (clear, white, or customizable print) to match design requirements.

Durability: Heat and water-resistant for use in various environments.Write/Rewrite Capability:Can be rewritten up to 100,000 times.

Below is a step-by-step guide on how to program and activate the NFC stickers, along with an explanation of how the NFC functionality works once someone taps your card.
 
-------------------------------------------------------------------------------
 
How our NFC Metal Business Cards Work
 
When someone taps your NFC-enabled Metal business card with their phone:
 
Phone Detects the NFC Chip
Modern smartphones automatically detect the NFC signal when brought close to the card.
 
Action Triggered by the NFC Chip
 
User Experience
For website links: The phone will prompt the user to open the link in their browser.
For contact details: The phone will display the information and offer to save it directly to their address book.
For social media links: The phone will open the corresponding app or browser page.
 
No App Required for Most Actions
On Android: NFC is typically enabled by default, and the process is seamless.
On iOS: iPhones automatically recognize NFC chips as long as NFC is enabled in the settings.
 
Consent Required
For privacy reasons, the phone will not automatically save the data or take any action without the user’s consent. The user must choose to save the contact or open the link, ensuring a secure and user-friendly experience.
 
This makes NFC Metal business cards a highly efficient and professional way to share your details instantly, leaving a lasting impression.
 
-------------------------------------------------------------------------------
 
How to Program and Activate NFC Stickers on Metal Business Cards
 
Gather Required Tools
An NFC-enabled smartphone (Android or iOS).
NFC programming app (e.g., NFC Tools, TagWriter, or similar).
The NFC stickers provided with your Metal business cards.
 
Download an NFC Programming App
Go to the Google Play Store (Android) or App Store (iOS).
Install a free app like NFC Tools (recommended for beginners).
 
Open the NFC Programming App
Launch the app and navigate to the option to "Write" or "Program" an NFC tag.
 
Decide What Information to Load
Input the desired action (e.g., website link, contact details, or social media profile) in the app.
 
Prepare the NFC Sticker
Place the NFC sticker on a flat surface or the back of the Metal business card.
 
Write the Data to the NFC Sticker
Tap the "Write" button in the app.
Hold your phone close to the NFC sticker until the app confirms the data has been written successfully.
 
Test the NFC Sticker
Exit the app and bring your phone close to the programmed NFC sticker.
Ensure the phone displays the correct information or action.
 
Attach the NFC Stickers to the Metal Business Cards
Once programmed, securely attach the NFC stickers to the designated area on the Metal business cards.
 
Optional: Update the NFC Sticker
If needed, you can reprogram the NFC sticker by repeating the steps above.
 
Provide Usage Instructions
To use the NFC-enabled Metal business card, the recipient simply needs to:
Hold their phone close to the card.
Follow the on-screen prompts to view the embedded information.