GLP Digital Print Vinyl, 3 ft × 30 m

GLP Digital Print Vinyl – 3 ft × 30 m from Jeewa Plastic offers consistent quality across large-scale digital print applications. It features a bubble-free adhesive backing, which helps you apply it smoothly to flat and slightly curved surfaces. Moreover, its high-resolution print coating works flawlessly with solvent, eco‑solvent, latex, and UV inks. As a result, your printed visuals display vivid color, crisp detail, and professional finish every time.

This vinyl resists UV exposure, moisture, and scratches. Therefore, whether you display it outdoors or indoors, the print stays sharp and vibrant longer. We design it to remain dimensionally stable over time, so it resists warping or shrinking even in fluctuating environmental conditions. Consequently, it suits long-term installation projects such as vehicle panels, wall graphics, and outdoor signage.

Installation remains fast and clean thanks to the flexible base material. You can cut the vinyl accurately using standard cutters or plotters. Furthermore, it conforms well to gentle curves and rounded corners. Thus, it avoids cracking or peeling during application. Transitioning between straight edges and curved areas becomes hassle-free, even for DIY installers.

The extended 30 m length proves ideal for large signage, trade show backdrops, wall wraps, and bulk printing jobs. As a result, you minimize seams and installation errors. Additionally, each full roll enables consistent print conditions from start to finish. Therefore, you gain reliable color consistency and output across your entire project.

GLP Digital Print Vinyl – 3 ft × 30 m works perfectly in retail environments, exhibition halls, promotional events, branding campaigns, and custom décor applications. It suits print shops, designers, and installers who demand scalable materials with dependable durability. We ensure that every unit performs to high standards and delivers excellent value.

By choosing Jeewa Plastic’s GLP Digital Print Vinyl – 3 ft × 30 m, you invest in material that balances user-friendly application, rich visual output, and long-term reliability.