OPP Holographic Thermal Lamination Film With ZNS

The coating layer of GAOFEI's quality OPP holographic thermal lamination film with ZNS forms a chemical bond with the pre-coated adhesive layer at the microscopic scale, ensuring that the film material can still maintain the integrity and stability of the laser effect when bent, stretched or when the environmental temperature and humidity change, this integrated design not only simplifies the processing flow of traditional laser films, but also solves industry problems such as light efficiency attenuation and bubbling delamination caused by multi-layer lamination, providing more efficient and reliable optical solutions for fields such as packaging, advertising, and electronic display.

The light effect of the membrane material is presented based on the principle of multi-dimensional diffraction interference, the specially added light stabilizer and anti-aging components in the pre-coating effectively extend the service life of the membrane material in outdoor environments, even if it is exposed to ultraviolet rays for a long time, it can still maintain the initial gloss and color saturation.

Product features

We directly integrated the adhesive layer inside the laser film, eliminating the step of applying glue separately in the traditional process, this design enables the OPP holographic thermal lamination film with ZNS to achieve a firm bond simply by cold pressing when laminated with substrates such as paper, metal, and plastic, significantly shortening the production cycle.

The uniformity control of the pre-coating has reached the molecular level, avoiding the problem of uneven thickness that may occur in manual coating and ensuring the consistency of quality in each batch of products.

The laser grating of the membrane material is arranged in an asymmetrical way, when light refracts, it will produce a dynamic flowing visual effect, this design not only enhances the decorative effect but also improves the tear resistance of the membrane material by disperses the stress concentration points.

The interface bonding strength between the pre-coating and the film layer has been specially optimized, even under extreme temperature and humidity conditions, it can prevent the light effect distortion caused by interlayer separation, providing a reliable guarantee for applications in complex environments.

GAOFEI has always regarded sustainable development as its core strategy, the substrate of OPP holographic thermal lamination film with ZNS selects degradable bio-based materials, and its carbon footprint is significantly lower than that of traditional petroleum-based products, the pre-coating adopts a water-based formula, and no organic solvents are needed during the production process, reducing the emission of volatile organic compounds from the source.

After the membrane material is discarded, the base material and the coating layer can be recycled and reused through physical separation technology, this practice of the circular economy enables brand owners to increase the added value of their products while also fulfilling their social responsibilities.