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Custom NFC Card
NFC Card
Products detail
NFC EV Charging Card
SizeCR80--85.5*54mm (Be customized)
CraftGlossy, Matte, Matte, Epoxy (Single or Double), Brushed (Single or Double), Laser (Single or Double)
Thickness0.76mm / 0.84mm / or be customized
MaterialPVC, R-PVC, PLA, PC, PET, PET-G, Paper, Wooden, Teslin
Printing methodLaser code, flat code (gold flat code, white flat code, black flat code), inkjet code (ordinary inkjet code, UV inkjet code), embossed code (gold embossed code, silver embossed code), barcode (one-dimensional barcode, two-dimensional code barcode), QR code
FrequencyLH/HF/UHF
Chips
Mifare Duox




Dimensions

85.5*54mm (customizable size and shape

Protocol

ISO14443A、ISO15693、ISO18000、ISO16949

Chips

Mifare DUOX

Card Surface

Glossy, matte, frosted, epoxy (single or double sided), brushed 

(single or double sided)

Materials

PVC, PLA, PETG, PET, Teslin, Wooden, 

R-PVC, paper, PC, ABS

Operating frequency

13.56MHZ

Printing

Silk screen printing, offset printing, digital printing, anti-counterfeiting printing, UV printing

Coding process

Inkjet code, laser code, flat code, embossed code, bar code, QR code



FAQ
Do you have IATF 16949 certification?
Yes. Our manufacturing process is certified with IATF 16949, an international quality management standard for the automotive industry. It ensures strict process control, consistent production quality, and reliable manufacturing standards for NFC and RFID card products.
What does IATF 16949 mean for NFC EV charging cards?
IATF 16949 ensures that NFC EV charging cards are produced under a controlled automotive-grade quality system, which improves consistency, reliability, and suitability for industrial and EV infrastructure applications.
Are NFC EV charging cards secure?
Yes. They use NFC/RFID authentication, and can support secure chips such as MIFARE DESFire for encrypted access control.
Why is IATF 16949 important for NFC card manufacturing?
It demonstrates that the production process follows internationally recognized automotive quality standards, ensuring better process control, defect prevention, and long-term product stability.
What is an NFC EV charging card?
They can be made from PVC, PET, PETG, or recycled PVC (R-PVC) depending on durability and sustainability requirements.
What is an NFC EV charging card?
An NFC EV charging card is a contactless smart card that uses NFC (Near Field Communication) technology to start and manage electric vehicle charging sessions by tapping the card on a compatible charging station.
How does an NFC EV charging card work?
The card communicates with the EV charging system via NFC technology. Users simply tap the card on the charger to authenticate and activate the charging session without needing a mobile app or QR code.
What is an NFC EV charging card used for?
It is commonly used in public EV charging networks, corporate EV fleets, residential charging systems, and parking-integrated charging solutions to provide simple and secure access control for charging.
What NFC chips are used in your NFC cards?
Our NFC cards support multiple chip options, including NTAG series, MIFARE Classic, and MIFARE DESFire series. We also offer MIFARE DUOX as a recommended high-performance solution for secure and modern NFC applications.
What is MIFARE DUOX?
MIFARE DUOX is a next-generation NFC chip solution designed for high-speed communication, enhanced security, and improved system compatibility. It is suitable for advanced access control, EV charging, and smart identification systems.
Why recommend MIFARE DUOX for NFC cards?
MIFARE DUOX is recommended because it offers:

Faster data processing performance
Stronger security architecture
Improved stability in high-frequency usage environments
Better compatibility with modern NFC systems

It is especially suitable for applications requiring reliable and scalable NFC infrastructure.
What is the difference between MIFARE DUOX and traditional NFC chips?
Compared with traditional chips like NTAG213 or MIFARE Classic, MIFARE DUOX provides enhanced performance in terms of speed, security, and system integration capabilities, making it more suitable for advanced industrial and commercial applications.
What applications is MIFARE DUOX suitable for?
MIFARE DUOX is widely used in:

EV charging cards
Access control systems
Smart identity cards
Membership and loyalty systems
Smart city applications
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