Learn the key specifications of BOPP film for adhesive tape, including thickness, tensile strength, surface tension, haze, gloss, COF, and heat shrinkage, with practical reference ranges for film selection.
BOPP Film for Adhesive Tape: Key Specifications & How to Choose Read More »
BOPP touch film is usually produced with one oil coating. SZ Film Factory uses two coating passes for its high-end touch film to achieve a more refined and consistent surface feel.
BOPP Touch Film Production Process | High-End Touch Film Read More »
Low corona treatment is the top reason hot stamping foil peels from BOPP film. The normal range is 38–42 dynes/cm. Proper surface energy ensures strong adhesion.
Insufficient Corona Treatment Causes Foil Peel on BOPP Read More »
A phone box manufacturer found poor foil transfer and peeling after BOPP lamination. This case study explains the causes and how a suitable high-performance BOPP film can improve foil stamping results.
Post-Lamination Foil Stamping Failure: A BOPP Film Case Study Read More »
BOPP anti-scratch film uses a hard, flexible surface layer to protect printed graphics from scratches and scuffing. UV-curable coating is one of the main high-performance solutions, especially for matte and gloss thermal lamination films.
BOPP Anti-Scratch Film: UV Coating Principles & Uses Read More »
BOPP film plays an important role in premium smartphone packaging boxes. It protects printed surfaces, improves durability, and creates different visual and touch experiences through touch film, anti-scratch film, and multifunctional solutions.
BOPP Touch Film and Anti-Scratch Film for Premium Mobile Phone Packaging Boxes Read More »
High-quality packaging is not only about appearance. For collectible wine, luxury products, and premium labels, even small packaging defects can reduce perceived value. High-quality BOPP film provides excellent protection, smooth appearance, and long-lasting performance for brands that care about every detail.
Digital printing creates special lamination challenges. HP Indigo and Xerox prints contain silicone oil, thick toner layers, and unique surface properties that reduce film adhesion. Standard thermal film may cause bubbles, peeling, and poor finishing results. Digital Super Sticky Film provides stronger bonding performance and creates a smooth, durable laminated surface.
Low corona retention can reduce BOPP ink adhesion and cause printing defects. Learn why 38+ dyne/cm matters, how to test corona levels, and how to prevent treatment decay.
Fixing Ink Adhesion Issues: Why Your BOPP Film Needs 38 Dyne/cm Corona Treatment Read More »
