OPP Pillar Metalized Holographic Lamination Film

GAOFEI supplier’s Opp pillar metalized holographic lamination film adopts magnetron sputtering technology in the aluminum plating process to deposit an aluminum layer with a purity of more than 99.95% on the substrate surface, and the thickness is precisely controlled within 30-50nm. Ultimately, through the laser-engraved diagonal roller, a continuous arrangement of diagonal light column textures is pressed onto the surface of the aluminum layer. The surface texture of the film is clear and continuous, presenting a dynamic gradient light effect under the illumination of light.

Product function

Under natural light or artificial light, the laser texture of the slanted light column will form a dazzling light band flowing diagonally, which can quickly attract consumers' attention and enhance the recognition of the product on the terminal shelves.

The dense aluminum-coated layer can effectively block oxygen, water vapor and ultraviolet rays, isolating the contents of food, cosmetics, etc. from the external environment, delaying problems such as oxidation, moisture absorption and deterioration, reducing product loss caused by storage and transportation, and extending the shelf life of goods.

After being compounded with substrates such as paper and plastic, a protective film can be formed on the surface of the Opp pillar metalized holographic lamination film, enhancing the wear resistance, scratch resistance and tear resistance of the substrate, avoiding damage and scratches during the handling and stacking of the packaging, and ensuring the integrity of the packaging.

Product advantages

The light effect stability is more outstanding. Even when stored in damp areas or low-temperature cold chain environments, there will be no problems such as dim light effect or blurred texture, and it can maintain a brilliant state for a long time.

The substrate adaptation range of Opp pillar metalized holographic lamination film is wider. Bubbles and wrinkles are less likely to occur during the lamination process. There is no need to adjust the equipment parameters additionally, reducing the processing difficulty.

The physical tolerance is more reliable. Even after complex processing such as die-cutting and box folding, there will be no aluminum layer peeling off or film cracking, ensuring the quality of packaging formation. It meets environmental protection and safety standards better and can be safely used for packaging sensitive categories such as food and cosmetics.