Master Digital Printing: EKO "Super Sticky" Lamination Series

Digital printing inspires boundless creativity, but it also presents lamination challenges: thick ink layers, silicone oils, and low surface energy substrates can all lead to lamination peeling and insufficient adhesion. Ordinary lamination methods often fall short. EKO’s solution is the "Digital Super Sticky" lamination series, specifically designed for digital printing, from the outset to create a strong, permanent bond with demanding digital printings.
This is not just a single lamination product, but a “customized toolkit”. Each product utilizes our specially formulated high-strength adhesive, which activates perfectly at the proper temperatures, protecting sensitive inks.

Your Application Toolkit:
Digital Super Sticky Thermal Lamination Glossy Film: Delivers a dazzling, high-definition effect, making colors more vibrant and eye-catching. Ideal for brightly colored posters, menus, and photo printing, especially suitable for applications requiring visual impact.

Digital Super Sticky Thermal Lamination Matt Film: Creates a refined, non-reflective surface, ideal for business materials, book covers, and packaging box, providing a smooth feel without reflection.

Digital Anti-Scratch Thermal Lamination Film: Forms a durable protective layer, effectively resisting scratches and abrasions. Suitable for frequently touched items such as book covers, instruction manual covers, and retail packaging box.

Digital Soft Touch Thermal Lamination Film: Creates an ultra-smooth, velvety texture, enhancing product value. Transform premium packaging, cosmetic boxes, and brochures into an unforgettable tactile experience.

Digital Non-Plastic Thermal Lamination Film: Plastic-free protective layer after laminating, environmental-friendly choice. Suitable for the enterprises that implement environmental protection measures.

Say goodbye to adhesion problems and easily create a perfect, long-lasting finish. Choose the tools best suited to your project's aesthetic and functional needs.