Provider of Digital Anti-Counterfeiting Labels with One Product, One Code Technology

3D iridescent color-shifting anti-counterfeiting technology operates on the same principle as the color-changing anti-counterfeiting feature used in the latest version of Chinese Renminbi banknotes. It is recognized globally as one of the most advanced public anti-counterfeiting technologies in the field of currency security. Special iridescent inks with shape-control capabilities are used. When the label is tilted, it displays dynamic 3D rolling effects such as "spherical," "columnar," or "ring-shaped" patterns, accompanied by a gold-green color interchange. It is both aesthetically pleasing and easy to identify.

Magic Particle anti-counterfeiting is a novel anti-counterfeiting marker produced using a proprietary mirror-image correspondence method. When viewed with the naked eye, the label shows a random distribution of two-toned metal particles. Each label has a unique particle distribution. When touched, the particles exhibit a tactile凹凸感 (concave-convex texture), cannot be reproduced by printing, and are extremely difficult to counterfeit. Additionally, the labels can be made with special materials and advanced processes, making them difficult to transfer or reuse once applied, ensuring strong security.

This is an upgraded anti-counterfeiting system developed by CCN through the integration of advanced digital verification technologies and random printing techniques. During verification, the digital color on the QR code interface, the color of the QR code image, and the color of the physical label are cross-checked. The product is authenticated as genuine only if all three match, ensuring high security.

Starry Code is a next-generation security identification graphic mark. Unlike conventional codes (such as Data Matrix or QR Code), it is composed of star-shaped pixel units that form countless micro-images and cell patterns within a square millimeter area. It is designed to combat product counterfeiting, unauthorized diversion of goods, and malicious damage of anti-counterfeiting labels.

RFID anti-counterfeiting technology is an advanced method based on radio frequency identification. Its core principle involves non-contact data communication between the tag and a reader via radio signals. Each tag contains a microchip with a globally unique electronic code (UID), which cannot be tampered with or duplicated.

Micro-Light Verification is a high-end anti-counterfeiting technology that incorporates sophisticated micro-nano manufacturing processes. Hidden graphics and text are directly embedded into the base material—not printed with ink—making them invisible to the naked eye. When a light source is placed behind the anti-counterfeiting label, the hidden information becomes clearly visible through transmitted light, appearing bright and well-defined.

Laser holographic anti-counterfeiting technology utilizes the principles of light reflection, transmission, and absorption when interacting with materials. It integrates expertise from lasers, precision machinery, and physical chemistry to create dazzling visual effects and refined appearances, while also enabling the encryption and concealment of critical information. Currently, CCN offers over 20 laser techniques, including Fresnel lens, crystal embossing, point light source encryption, multi-channel effects, optical curvature animation, and aluminum washing.

VOID destructible labels are designed to separate into layers when peeled. The top layer can be detached, while the bottom layer remains and reveals predefined patterns such as “VOID” or other custom graphics/text. This effectively prevents unauthorized peeling, transfer, or reuse.

Made from fragile paper material, these labels have a break strength significantly lower than the adhesive bond. Once applied, they cannot be removed intact, making them impossible to reuse. This provides highly effective protection against transfer and unauthorized use.

These labels utilize a plastic film anti-transfer process. When the transparent top film is peeled off, the printed bottom layer remains on the object, preventing malicious transfer and reuse.