OPP Sand Dot Laser Film

GAOFEI's OPP Sand Dot Laser Film made in China supports various substrate treatments such as transparent, matte, and aluminized, and is compatible with processes such as UV printing, hot stamping, and cold stamping, meeting diverse demands ranging from high-end cosmetic packaging to art installation design.

When observed statically, it presents a soft matte texture, but when illuminated, it bursts with brilliant light effects, this contradictory aesthetic feature makes it an ideal carrier for brand differentiation.

Why choose GAOFEI?

Redefine industry boundaries through material innovation

GAOFEI has always regarded "functionalization and artistry of optical materials" as the core of its research and development, the birth of OPP and holographic film with ZNS originated from the in-depth deconstruction of natural light phenomena, the R&D team spent many years breaking through the limitations of traditional coating processes. By controlling the deposition density and Angle of nanoparticles, they achieved a qualitative change in light effect from artificial stereotypical to natural growth, this spirit of exploring the essence of materials enables GAOFEI's products to always stay ahead of market trends rather than simply follow them.

Full-chain control from the laboratory to the production line

GAOFEI has an independent optical materials research and development center and an intelligent production base, achieving a closed-loop management from raw material ratio, coating parameters to finished product inspection, each roll of OPP Sand Dot Laser Film is subject to rigorous processes such as light simulation tests and weather resistance cycling tests to ensure stable light performance under different ambient light conditions.

The concept of sustainability runs through the entire product life cycle

In the current era when environmental protection has become a global consensus, GAOFEI adheres to the research and development philosophy of "green optics", OPP Sand Dot Laser Film uses recyclable OPP substrates, and the coating layer selects inorganic oxide materials, after disposal, more than 90% of the materials can be recycled through physical separation technology.

The production process adopts a low-temperature vacuum coating technology, which consumes less energy than traditional high-temperature coating and reduces carbon emissions from the source, choosing GAOFEI is not merely about choosing a material; it's about choosing a future that is friendly to the Earth.