PLA RFID Card
- Made from biodegradable PLA material, eco-friendly and sustainable
- Come with LF, HF, or UHF RFID chips
- Support full-color CMYK printing and variable data encoding
- Ideal for access control, loyalty, membership, and green branding
- Factory-direct pricing with support for wholesale & bulk orders
PLA RFID/NFC Cards offer the perfect balance of environmental responsibility and smart technology. Designed for brands that value sustainability, these cards provide dependable RFID functionality while reducing plastic waste and carbon footprint.
Eco-Conscious Material
PLA (Polylactic Acid) is derived from renewable resources such as corn starch or sugarcane and is biodegradable under industrial composting conditions.
Advanced RFID Compatibility
Compatible with a wide range of RFID chips including LF (125kHz), HF (13.56MHz), and UHF (860–960MHz), ensuring full flexibility for your project.
Flexible Customization
Different customizations are available, such as offset printing, laser engraving of UID, serial number, QR or barcode, signature field, magstripe and magnet.
Professional Finish
Available in flat printing, laser, or inkjet printing.
What Makes This PLA RFID Card Different?
The PLA RFID Card is the eco-positioned material option in the card cluster. Unlike PETG or recycled PVC pages, this page focuses on PLA / polylactic acid card bodies for environmentally minded access, loyalty, membership, hospitality, event, retail, and brand programs. The page states that PLA is derived from renewable sources such as corn starch or sugarcane and is biodegradable under industrial composting conditions.
Use careful wording on this page: the PLA card body is the material differentiator, but the RFID electronics are not described as biodegradable. This page should therefore focus on PLA-based branding, card customization, and reader-system matching rather than making broad environmental claims. The page lists 125 kHz, 13.56 MHz, and 860–960 MHz frequency options with chip choices across LF, HF/NFC, and UHF projects.
Compare Similar RFID and NFC Cards
- Choose the recycled PVC RFID card when the project prefers an rPVC card-body option instead of PLA.
- Choose the PETG RFID card when PETG material and print finish are the main card-body requirements.
- Choose the NTAG 213/215/216 RFID card when NFC phone interaction is more important than material selection.
- Choose the blank NFC card when the project needs a general printable NFC card and the material is still undecided.
Physical Parameters
- SKU: Zeal-1015
- Material: PLA (Polylactic Acid)
- Size: CR80 – 85.5mm × 54mm
- Thickness: 0.84 ± 0.04mm
- Surface Finish: Glossy / Matte
- Shape: Rectangle with rounded corners
RFID Specifications
- Chip Options: TK4100, EM4200, MIFARE Classic 1K/4K, NTAG213/215/216, ICODE SLIX, Alien H3, UCODE 8
- Frequency: 125kHz / 13.56MHz / 860–960MHz
- Read Range: Up to 10cm (HF), up to 3m (UHF)
- Protocol Support: ISO14443A, ISO15693, ISO18000-6C
- Data Retention: >10 years | Write Cycles: >100,000
Environment & Durability
- Biodegradability: Compostable in industrial environments
- Operating Temperature: -25°C to +65°C
- Resistance: Water and dust resistant
Packaging & Order Info
- Minimum Order Quantity: 500 pcs
- Lead Time: 7–20 working days after design confirmation
- Packaging: 200 pcs/box or customized eco-packaging
- Supply Capability: Suitable for wholesale and long-term B2B projects
Please Note: Customization options may vary slightly depending on the card material. If you can’t find what you want from the following option, feel free to contact us and let us know your needs. We’ll get back to you ASAP after confirming with our engineers. And we will do our utmost to customize the card you desire.
Printing Method
Here are 3 professional printing techniques to bring your designs to life.- Silkscreen Printing: ideal for printing logos and icons. The colors are pure and it is suitable for projects that require bright colors, large areas of solid color, and high-contrast patterns.
- UV Printing: Bright colors, scratch-resistant, suitable for complex patterns and multi-color printing.
- Offset Printing：High color reproduction accuracy, suitable for complex multi-color designs.
Surface Finishes
We provide the following surface finishes to cater to different branding styles.
- Glossy Finish: Surface is smooth and shiny, with rich and bright colors.
- Matte Finish: Soft and non-reflective, with a premium touch.
- Frosted Surface: Similar to frosted glass, it is anti-slip and anti-fingerprint.
- Spot UV: Glossy coating on selected areas for emphasis and visual contrast.
- Hot Stamping (Gold/Silver): Shiny metallic effect, enhancing card’s texture and brand equity.
Functional Add-ons
Improve usability with functional features to match your application needs.
- Magnetic Stripe: Commonly used for access control, membership, or payment systems.
- Signature Panel: Ideal for cards requiring a signature space, such as staff or banking cards.
- Scratch-off Panel: Covers PINs or promotional codes for privacy and marketing.
- Hole Punch: Allows easy attachment to lanyards or clips, useful for ID badges.
Security & Personalization
Enhance brand exclusivity and anti-counterfeiting features for premium applications.
- Variable QR Code / Barcode: Custom unique codes for access, tracking, marketing, loyalty programs, etc.
- Serial / Embossed Numbers: Unique serial number per card, variable data.
- Laser Engraving Number: Non-erasable, enhance anti-counterfeiting level.
- Hologram: Enhance brand trust and provide strong anti-counterfeiting protection.
Custom Size
Besides standard CR80 cards (85.5×54mm), we also allow you to customize the shapes, thickness (0.2 – 0.8mm), and dimensions according to project needs.Custom RFID Chip
Choose the RFID chips by protocol, capacity, and functionality. We have chip with LF (125KHz), HF (13.56MHz), and UHF (860–960MHz) frequencies. Other chips are also available upon request.
Chip Type Protocol Capacity Anti-collision Function Frequency TK4100 / No No Read Only 125KHz EM4200 / No No Read Only 125KHz EM4305 / 512 bit No Read/Write 125KHz T5577 / 330 bits No Read/Write 125KHz NTAG® 213 ISO14443A 180 byte No Read/Write 13.56MHz NTAG® 215 ISO14443A 540 byte No Read/Write 13.56MHz NTAG® 216 ISO14443A 924 byte No Read/Write 13.56MHz MIFARE® Classic® 1K ISO14443A 1 KB No Read/Write 13.56MHz MIFARE® Classic® 4K ISO14443A 4 KB No Read/Write 13.56MHz MIFARE® Plus® S 1K ISO14443A 2 KB / 4 KB No Read/Write 13.56MHz MIFARE Ultralight® EV1 ISO14443A 48 byte No Read/Write 13.56MHz MIFARE Ultralight® C ISO14443A 144 byte No Read/Write 13.56MHz ICODE® SLIX ISO15693 896 bit Yes Read/Write 13.56MHz Alien H3 ISO18000-6C 512 bit Yes Read/Write 860–960MHz
About PLA & Its Eco-Friendly Properties
Q: What makes PLA RFID cards eco-friendly?
A: PLA RFID cards are made from Polylactic Acid (PLA), a renewable, biodegradable plastic derived from cornstarch or sugarcane. They decompose into water and CO2 in industrial composting, reducing environmental impact compared to traditional PVC cards.
Q: How do PLA cards decompose?
A: PLA cards break down into lactic acid under industrial composting conditions, then into water and carbon dioxide.
Q: Decomposition time for PLA cards?
A: PLA cards decompose in 90 to 180 days in proper composting environments.
Q: Will PLA cards decompose during regular use?
A: No, PLA cards are stable under normal conditions. They only decompose in high-temperature, high-humidity compost facilities. However, PLA is less heat-resistant than PVC, so it’s recommended to store and use the cards below 50°C (122°F).
Performance & Durability of PLA RFID Cards
Q: Are PLA RFID cards as durable as PVC cards?
A: PLA cards work well for events, hotels, and memberships. PVC is more heat-resistant, but PLA is great for eco-friendly needs.
Q: Does PLA affect RFID chip performance?
A: No, PLA doesn’t affect RFID or NFC chips. They work the same as PVC cards.
Q: Are RFID chips and antenna biodegradable?
A: Only the PLA card is biodegradable. For recycling, separate the electronic parts before composting.
When should I choose a PLA RFID card?
Choose a PLA RFID card when the project wants a PLA card body for access, loyalty, membership, hospitality, event, retail, or brand programs, while still matching the correct RFID chip to the reader system.
Is the whole PLA RFID card biodegradable?
The page describes PLA as biodegradable under industrial composting conditions, but only the PLA card body is positioned this way. The RFID electronics are not stated as biodegradable.
Which RFID frequencies are available for PLA cards?
The page lists 125 kHz, 13.56 MHz, and 860–960 MHz options, with chip choices including TK4100, EM4200, MIFARE Classic, NTAG, ICODE SLIX, Alien H3, and UCODE 8.
How is PLA different from recycled PVC or PETG?
PLA is a bio-based card-body option for green-branding projects. Recycled PVC focuses on rPVC card bodies, while PETG is another material choice for custom smart card programs.
Customization & Applications
Q: Can PLA RFID cards be customized and printed on like regular PVC cards?
A: Yes, PLA cards can be fully customized with full-color printing, variable data, and eco-friendly inks.
Q: What are the ideal applications for PLA RFID cards?
A: PLA RFID cards are great for events, corporate branding, hospitality, and retail.
Work with Our Experts in RFID Products
Let's build something remarkable together!