RFID Label Solution

Achieve Item-level Tracking and Gain Visibility


RFID smart labels feature a simple yet highly effective form factor, comprised of an aluminum antenna and an RFID chip.

SAG delivers comprehensive, end-to-end RFID label solutions, tailored to your needs and designed to overcome any RFID tagging challenges. Discover our full range of RFID labels to optimize your operations.

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PRODUCT SELECTOR
INDUSTRIAL APPLICATION
INDUSTRIAL APPLICATION

We pioneer RFID Label for your advanced use cases

At SAG, we lead the way in RFID label innovation, leveraging our expertise in material science, antenna design and production process to deliver superior performance for your advanced use cases. Our solutions are built to tackle even the toughest challenges in RFID deployment.
Antenna Design
Antenna Design Capability
Material Science Engineering
Material Science Engerineering
Self-Developed equipment deployment
Self-Developed Equipment Deployment
personalization service
Personalization Service
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Maximizing Performance with Advanced RFID Label Materials and Structures

The materials and structures of an RFID label play a crucial role in its overall performance, including read range, durability, and the ability to function in various environments. SAG's expertise in antenna design and material science maximizes the performance of RFID labels in your industry.

Key RFID Label Components


  • Facestock: Art paper or PET/PP synthetic paper with a glossy finish for selection.
  • Facestock adhesive: Permanent adhesive for reliable, long-lasting bonding.
  • Antenna material: Made from high-quality aluminum.
  • Antenna substrate: PET backing enhances durability and performance.
  • Specialty Adhesives: Options include FDA-approved, bio-compatible, and high-temperature resistant adhesives for specialized applications.
  • Release liner: Glassine liner ensures smooth application and easy handling.
    • RFID Label Structure
    RFID Label Structure

    Key RFID Label Components


  • Facestock: Art paper or PET/PP synthetic paper with a glossy finish for selection.
  • Facestock adhesive: Permanent adhesive for reliable, long-lasting bonding.
  • Antenna material: Made from high-quality aluminum.
  • Antenna substrate: PET backing enhances durability and performance.
  • Specialty Adhesives: Options include FDA-approved, bio-compatible, and high-temperature resistant adhesives for specialized applications.
  • Release liner: Glassine liner ensures smooth application and easy handling.
    • Product Selector
    Product Selector

    Production Capability

    Quality Control


  • Comprehensive reading testing on every label to ensure consistent accuracy.
  • Perfect rolls guarantee only fully compliant labels are available.

    • Reliability Test


  • Environmental test: Performance under extreme heat, cold, and thermal shock.
  • Dynamic durability test: Shear, bending, and dynamic durability tests ensure long-lasting performance.
  • Electrical-resistant test: ESD test to meet IEC 61000-4-2 standards.

    • Personalization and Packaging


  • Pre-printed Labels: Full-color customization available on facestock.
  • Standard Packaging: Paper core for standard applications.
  • Optional package: PC core available for high-end use cases.

    • Quality Control


  • Comprehensive reading testing on every label to ensure consistent accuracy.
  • Perfect rolls guarantee only fully compliant labels are available.

    • Reliability Test


  • Environmental test: Performance under extreme heat, cold, and thermal shock.
  • Dynamic durability test: Shear, bending, and dynamic durability tests ensure long-lasting performance.
  • Electrical-resistant test: ESD testing to meet IEC 61000-4-2 standards.

    • Personalization and Packaging


  • Pre-printed Labels: Full-color customization available on facestock.
  • Standard Packaging: Paper core for standard applications.
  • Optional package: PC core available for high-end use cases.

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    How to Choose the Right RFID Labels for Your Project?

    1. Identify and Assess the Tagging Surface:


    • Metal and liquid surfaces: These materials could reflect or absorb radio waves, reducing the performance of RFID labels.
    • Size and shape of the surface: For small or irregular surfaces, choose miniaturized or custom-shaped RFID labels with specialized adhesives for better performance.

    2. Consider Environmental Conditions:


    • Weather Conditions: RFID labels should withstand rain, humidity, UV exposure, or other weather elements when used outdoors.
    • Temperature Conditions: When being in the process with extreme temperatures, specialized RFID labels are needed. RFID labels are suitable for managing trays in labs or for use in long, narrow surfaces like those found in cold storage environments.
    • Harsh Physical Conditions: In environments with intense vibration, impacts, or rough handling, which are common in handling, transportation, and warehousing environments. Impact-resistant labels are essential to ensure reliable performance under harsh conditions.

    3. Match the Read Range to the use cases:

    The required read range varies with applications. For long-range tracking, RAIN RFID(UHF) labels are ideal, while HF or NFC labels work better for short-range, high-precision tasks.

    4. Evaluate Security Requirement and Compliance:

    RFID labels may store sensitive data, so encryption is vital to prevent unauthorized access, especially in high-security environments. Tamper-proof labels can detect and deactivate upon tampering. Additionally, compliance with industry regulations is crucial for ensuring data protection and regulatory adherence.

    You can explore a wild range of metal and non-metal labels with our product selector or contact us for expert guidance tailored to your specific needs. For more information on RFID technology, check out our guide: Mastering RFID Tags: A Complete Guide with Selection Tips.
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    Contact Us

    UHF Labels

    UHF (Ultra High Frequency) RFID labels operate between 860 MHz and 960 MHz. They offer a read range of several meters and enable multi-reading capabilities, making them ideal for applications that require long-distance identification, such as inventory management, logistics, and pharmaceutical tracking.
    SAG-Windshield Label

    Windshield Label

    Applying Windshield Label onto the windshield to get a hands-free parking experience.
    25 x 75 UHF Metal Label (Roll to Roll)

    25 x 75 UHF Metal Label (Roll to Roll)

    UHF Metal Label is specifically designed for applications on metal surfaces, with a strong focus on asset management.
    D15 UHF Smart Label | SAG RFID Label | Find Your RFID Transponder Solution

    D15 UHF Smart Label

    SAG UHF inlay has superior performance for applications which require long reading range such as access control, logistic, and asset management. Our dry inlay comes in different antenna size for selection.
    53 x 53 UHF Smart Label | SAG RFID Label | Find Your RFID Transponder Solution

    53 x 53 UHF Smart Label

    For many applications such as item-level tracking, supply chain management and inventory control, the readers always face the challenge of inconsistent tag orientation.
    Product Selector
    Product Selector

    More UHF Label Solution

    AntennaDie Cut Size / Antenna Size(mm)IC
    22x45 UHF Label22 x 45 / 18 x 30Impinj R6
    25x43 UHF Label25 x 43 / 20 x 39Impinj R6
    Ф15 UHF LabelФ15 / Ф12Impinj Monza 4
    12x26 UHF Label12 x 26 / 8 x 22Impinj Monza 4
    19x30 UHF Label19.05 x 30 / 16 x 26Impinj Monza 4QT
    19x44 UHF Label19.05 x 44.45 / 15 x 40NXP Ucode 8
    33x53 UHF Label33 x 53 / 30 x 50NXP Ucode 8
    48x48 UHF Label48 x 48 / 44 x 44Impinj Monza 4
    6x94 UHF Label6 x 94 / 3 x 90Impinj Monza 4
    12x98 UHF Label12 x 98 / 8 x 95Impinj R6-P
    17x72 UHF Label17 x 72 / 15 x 70Impinj R6
    23x96 UHF Label23.2 x 96.5 / 19 x 90Impinj R6

    Read More

    HF / NFC Labels

    HF (High Frequency) and NFC (Near Field Communication) RFID labels both operate at 13.56 MHz, but the key distinction is NFC's compatibility with devices like smartphones. While HF and NFC RFID labels offering a shorter read range compared to UHF, this makes them perfect for high-security applications. NFC labels allow customers to instantly access information and engage with brands via their smartphones. Additionally, they offers a strong anti-counterfeiting solution for high-value products, boosting both security and customer interaction.

    D29 HF Smart Label

    Smart Label features a precision-etched aluminum antenna and high-performance RFID chip to ensure reliable tracking across various applications, from asset management to product authentication.

    Tag-it Pro/Plus 22.5 x 38 Inlay

    SAG is one of the two selected partners to continue the legacy of TI (Texas Instrument) inlay products.

    12.5 x 12.5 HF Smart Label

    12.5 x 12.5 Smart Label features ultra small size which opens more tagging possibilities where confined space poses a challenge.
    10 x 10 HF Smart Label

    10 x 10 HF Smart Label

    10×10 HF Smart Label is built with etched copper antenna and RFID chip. It features ultra small size which opens more tagging possibilities where confined space poses a challenge.
    Product Selector
    Product Selector

    More HF/NFC Label Solution

    Die Cut Size / Antenna Size(mm)IC
    Φ15 /Φ13NTAG213
    Φ25 / Φ23Mifare Classic EV1 1K
    NTAG215 / 216
    ICode SLIX 2
    ST25TV02K
    ST25TV512C
    Φ27 / Φ23Mifare Ultralight EV1
    Mifare Classic EV1 1K
    Φ27 / Φ24.2Tag-it HF-I Plus / I Pro
    Φ28 / Φ25ST25TV512C
    Φ29 / Φ25EM4332
    Mifare Ultralight EV1 / C
    Mifare DESFire EV1 256B
    NTAG213 / 215 / 216
    ICode SLIX / SLIX 2
    NTAG424DNA
    Felica RC-S966
    ST25TA02KB
    ST25TV512 / 02K
    ST25TN01K
    Φ38 / Φ34NTAG213
    ICode SLIX
    10 x 10 / 8.5 x 8.5ICode SLIX
    12.5 x 12.5 / 10.5 x 10.5ICode SLIX
    14 x 14 / 12 x 12NTAG213
    14.5 x 14.5 / 10.5 x 10.5ICode SLIX
    ST25TV02K
    16 x 16 / 12 x 12NTAG213 / 215 / 216
    ST25TA02KB
    18 x 18 /14.5 x 14.5ST25TV02K / 02KC
    19 x 19 / 15 x 15NTAG213 / 215 / 216
    ICode SLIX
    18 x 35 / 14 x 31NTAG213
    ICode SLIX / SLIX 2
    ICode ILT-M
    ST25TV512
    26.5 x 42 / 22.5 x 38Mifare Ultralight EV1 / C
    Mifare Classic EV1 1K
    NTAG213 / 215 / 216
    NTAG213TT
    ICode SLIX / SLIX S
    Felica RC-S966
    ST25TV02KC
    Tag-it HF-I Plus / I Pro
    54 x 86 / 45 x 76Mifare Ultralight EV1 / C
    Mifare Classic EV1 1K
    NTAG213
    Tag-it HF-I Plus / I Pro
    50.8 x 50.8 / 45 x 45ST25TV02K / 02KC
    Tag-it HF-I Plus / I Pro
    30 x 45 / Embedded Antenna by IC typeICode SLIX
    Mifare Classic EV1 1K
    Mifare DESFire EV1 4K / 8K
    Mifare Ultralight EV1 / C
    NTAG213
    Legic MIM256
    Legic ATC256 / ATC1024
    52 x 52 / Embedded Antenna by IC typeICode SLIX
    Mifare Classic EV1 1K
    Mifare DESFire EV1 4K / 8K
    Mifare Ultralight EV1
    NTAG213
    Legic MIM256
    42 x 26.5 / 37 x 21ST25TV02KC-T

    Read More

    Specialty Labels

    Dual Frequency RFID Label

    Dual Frequency RFID Label

    Powered by em|echo-V chip (EM4425), RAINFC Dual Frequency Label, which operates on both NFC and RAIN RFID (UHF) technologies, provides an application crossover and opens the possibility to apply just one label to fit all use cases in these two domains.
    Temp Tracker

    Temp Tracker

    Temp Tracker is designed for temperature monitoring and can be managed via mobile phones using NFC (Near Field Communication) technology. It is convenient for a user to read the temperature data and be notified with an alarm when temperature is out of limit. Meanwhile, the thin and flexible label can be easily affixed to a container or product by its adhesive backing.
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    SAG x STMicroelectronics
    Go-green-Go-nature

    FRAM Tag uniquely features its capability to survive the radiation of gamma ray during the sterilization process for surgical tools used in a hospital. Ferroelectric RAM (FRAM) is a memory technology that combines the...

    FRAM Tag uniquely features its capability to survive the radiation of gamma ray during the sterilization process for surgical tools used in a hospital. Ferroelectric RAM (FRAM) is a memory technology that combines the best of RAM and ROM.

    FRAM Tag uniquely features its capability to survive the radiation of gamma ray during the sterilization process for surgical tools used in a hospital. Ferroelectric RAM (FRAM) is a memory technology that combines the best of RAM and ROM. It is ideal for applications that require high-performance, non-volatile and large memory. FRAM offers several major advantages over EEPROM, including its read/write speed, endurance, low power consumption, higher security, and tolerance for radiation. Looking at all these features, SAG has hard tag product with MB89R118/119/112 powered by Fujitsu to target demands from industrial to health care sectors.

    SAG works with STMicroelectronics on labels and tags with the latest ST25TV and ST25TN chip series. See a portfolio of products we create for your customer engagement, medical, consumer electronics and more advanced NFC applications

    Go-green-Go-nature
    SAG x STMicroelectronics

    Explore our progressive portfolio of digital ID technologies to…

    Explore our progressive portfolio of digital ID technologies to choose the product or solution that fits your business needs.

    Slide
    Enable Every NFC Potential
    Go-green-Go-nature

    FRAM Tag uniquely features its capability to survive the radiation of gamma ray during the sterilization process for surgical tools used in a hospital. Ferroelectric RAM (FRAM) is a memory technology that combines the...

    FRAM Tag uniquely features its capability to survive the radiation of gamma ray during the sterilization process for surgical tools used in a hospital. Ferroelectric RAM (FRAM) is a memory technology that combines the best of RAM and ROM.

    FRAM Tag uniquely features its capability to survive the radiation of gamma ray during the sterilization process for surgical tools used in a hospital. Ferroelectric RAM (FRAM) is a memory technology that combines the best of RAM and ROM. It is ideal for applications that require high-performance, non-volatile and large memory. FRAM offers several major advantages over EEPROM, including its read/write speed, endurance, low power consumption, higher security, and tolerance for radiation. Looking at all these features, SAG has hard tag product with MB89R118/119/112 powered by Fujitsu to target demands from industrial to health care sectors.

    Speaking of IoT, NFC technology plays an important role to connect things. SAG has been in partnership with STMicroelectronics to provide tags and labels for a wide variety of applications to truly realize its vision of Life Augmented. Strong at NFC technology, STMicroelectronics provides NFC forum certified Type 4 and Type 5 ST25T series for NFC tags and ST25D series for dynamic tag with unique features to go more advanced use cases such as parameter setting and convenient pairing. With different form factors in our product portfolio, we will ready your NFC applications.

    Go-green-Go-nature
    18 x 35 HF Smart Label

    Explore our progressive portfolio of digital ID technologies to…

    To fulfill various requirements in RFID market, SAG consistently create and provide more options of RFID...

    Go-green-Go-nature
    D29 HF Metal Label

    Explore our progressive portfolio of digital ID technologies to…

    Metal Label is specifically designed to go to items with metallic surface. Powered with NFC chips, Metal Label can interact with...

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