NFC Tag Sticker – PP / PE / PET / Aluminum Foil with LF / HF / UHF Chips
NFC Tag Sticker – PP / PE / PET / Aluminum Foil with LF / HF / UHF Chips
NFC Tag Sticker – PP / PE / PET / Aluminum Foil with LF / HF / UHF Chips
NFC Tag Sticker – PP / PE / PET / Aluminum Foil with LF / HF / UHF Chips
NFC Tag Sticker – PP / PE / PET / Aluminum Foil with LF / HF / UHF Chips
NFC Tag Sticker – PP / PE / PET / Aluminum Foil with LF / HF / UHF Chips

NFC Tag Sticker – PP / PE / PET / Aluminum Foil with LF / HF / UHF Chips

NFC tag stickers from Charmetack are made by laminating PP, PE, PET film or aluminum foil onto a substrate, embedding an NFC chip, printing the surface, and die-cutting into the required shape. These smart stickers support short-range wireless communication with NFC-enabled devices such as smartphones, tablets and wearables.

  • Durable materials — waterproof, tear-resistant PP/PE/PET/aluminum foil face materials.
  • Multiple NFC frequencies — LF (125–134 kHz), HF (13.56 MHz), UHF (856–960 MHz).
  • Strong hot-melt adhesive — loop tack > 15 N, suitable for -10℃ to 60℃ environments.

Share your size, chip type, printing requirements and usage scenario, and we will customize the NFC tag structure and provide a factory quotation.

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product description

NFC tag stickers from Charmetack are smart self-adhesive labels made from PP, PE, PET film or aluminum foil laminated onto a substrate, printed, embedded with an NFC chip and finally die-cut into the required shape. These stickers support short-range wireless communication and can exchange data with NFC-enabled devices such as smartphones, tablets, smart bracelets and IoT terminals within a few centimeters.

Product Description

The material is engineered to be waterproof, tear-resistant and highly durable, ensuring stable radio-frequency performance even in demanding environments. The combination of multiple face materials, different frequency NFC chips and strong hot-melt adhesive allows the tag structure to be tailored for diverse applications such as smart packaging, product authentication, marketing interaction, asset tracking and device pairing.

Material Composition

Surface Material

  • PP synthetic paper: 38 μm – 200 μm (white)
  • PE film: 38 μm – 100 μm (transparent / white)
  • PET film: 38 μm – 100 μm (transparent / white)
  • Aluminum foil: 25 μm – 50 μm (silver)

NFC Chip Options

  • Low frequency (LF RFID): 125 kHz – 134 kHz
  • High frequency (HF RFID): 13.56 MHz (NFC standard)
  • Ultra high frequency (UHF RFID): 856 MHz – 960 MHz

Adhesive Material

  • Hot melt adhesive: loop tack > 15 N, operating temperature -10℃ to 60℃

Width

Customizable width: 25 mm – 200 mm

Key Features & Benefits

  • Waterproof & tear-resistant: durable film materials suitable for outdoor and long-term use.
  • Stable NFC performance: accurate radio frequency identification with consistent read/write behavior.
  • Flexible customization: size, shape, chip type, frequency band, printing and adhesive options available.
  • Easy integration: supplied in rolls or sheets for manual application or automated labeling.
  • Brand-friendly printing: supports full-color printing, QR codes, logos and call-to-action graphics.

Typical Applications

  • Smart packaging: interactive product instructions, traceability and digital marketing.
  • Authentication & anti-counterfeiting: unique ID verification through NFC.
  • Retail & logistics: inventory management and fast scanning.
  • IoT & smart home: triggering scenes, pairing devices, Wi-Fi setup, automation.
  • Consumer electronics: configuration stickers, pairing tags, warranty activation.

Request Custom NFC Tag Stickers

Charmetack can customize the construction according to your exact needs. To receive samples and a competitive quotation, please provide:

  • Required NFC frequency: LF / HF / UHF
  • Label size and shape
  • Preferred surface material (PP, PE, PET or aluminum foil)
  • Printing requirements (logo, full color, QR code, etc.)
  • Application environment and expected lifetime

Our team will recommend the optimal NFC tag structure and provide samples for testing.

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