PVC white cards have a standard size of 85.5×54mm and a thickness of approximately 0.76mm. They can undergo various surface treatments through processes such as lamination and inkjet coating, and are widely used in membership cards, employee ID cards, smart cards, and other fields.

Key features : The surface is treated with a special ink-absorbing and waterproof coating, allowing direct printing with inkjet printers (such as Epson and Canon) without lamination. It offers high color fidelity and is wear-resistant.
Advantages : Suitable for small-batch personalized card production (such as student ID cards, temporary work badges), low cost, high efficiency, compatible with pigment inks and dye inks, and strong resistance to UV fading.
Key features : Enhanced surface smoothness and abrasion resistance through double-sided lamination (such as PET film), suitable for heat transfer or ribbon printing technologies (such as Zebra and Evolis printers).
Advantages : The printing effect is more vibrant and durable, and it has strong scratch resistance. It is often used for high-end cards that need to be used for a long time (such as VIP cards and access control cards).
Key features : Basic white cardboard without special coating or lamination treatment, requires UV printer or post-lamination process for use.
Advantages : Lowest cost, suitable for high-volume printing (such as advertising promotional cards), and can be processed using traditional techniques such as offset printing and screen printing.
Smart cards and the Internet of Things : High-frequency/ultra-high-frequency RFID cards (such as NFC tags), ID access cards, and innovative functional cards used in logistics tracking, asset management, medical temperature cards, and emotion testing cards.
In summary, PVC white cardboard, with its flexibility and functionality, continues to penetrate into fields such as smart living and industrial testing. In the future, technological innovation and environmental protection needs will drive its development towards higher performance and wider applications.