Troubled by metallized paper label residue and unremovable stains after high-temperature alkali washing? Traditional vacuum metallized paper labels leave stubborn glue and paper residue, causing low bottle recycling efficiency. Our China factory upgraded easy-to-wash metallized paper, fully removable in standard bottle washing process, no residue left. Perfect for wine, beverage bottle labels, compliant with EU & USA recycling standards.
Troubled by metallized paper edge curling, warping and deformation after printing or humid shipping? Our China factory upgraded anti-curl vacuum metallized paper with balanced tension & moisture resistance, no bending, no printing misalignment. Perfect for cosmetic, food label & luxury packaging, stable for EU & USA market.
Troubled by metallized paper ink peeling, flaking and drop-off during offset & UV printing? Our China factory upgraded vacuum metallized paper with super strong ink adhesion, no ink fall off, perfect for cosmetic, food label and luxury gift box printing. Stable quality for EU & USA market.
Is the exhaust texture ruining your premium packaging look? The IML orange peel effect can significantly reduce the visual quality of your surface, causing unwanted IML texture show-through that hides the true shine of your design. With the right high gloss IML film, you can achieve a smooth, mirror-like finish that enhances branding impact and maintains consistency in premium plastic packaging applications. Perfect surface quality starts with the right material choice.
In IML production, trapped air can cause blistering, poor adhesion, and surface defects, leading to visible quality issues and rejected products. These problems often come from insufficient venting, unstable molding conditions, or incompatible film performance.
In high-speed production, static cling IML can easily lead to IML double feeding, causing injection molding robot jam and unstable automation performance.
This video highlights the contrast between heavily curled IML labels on a production tray and a high-performance BOPP film that immediately returns to perfect flatness after bending. It demonstrates how strong material stability and flatness ensure labels remain smooth and fully aligned on pallets, helping prevent edge lifting and reducing rejection during injection molding.
This video compares rejected labels with blurry graphics and poor color registration to a stable print with sharp edges and precise alignment, showing how process stability ensures consistent high-speed printing quality.
Vacuum grip failure is often caused by label surfaces that are too smooth, uneven, or lack the right friction. In this video, you'll see how TML IML films are engineered with optimized surface friction and excellent flatness, allowing robotic vacuum cups to pick up and transfer labels securely—even in high-speed injection molding environments. The result? Fewer label drops, smoother automation, faster cycle times, and more reliable production.
If you’re seeing IML ink adhesion failure after storage, the root cause is often a Dyne level drop that reduces BOPP surface tension. Low surface energy leads to common IML printing problems such as ink peeling and tape test fail results. Use properly treated film, compatible inks, full curing, and controlled storage conditions to maintain durable, long-lasting IML labels
This video demonstrates the step-by-step process of testing silicone coating weight on adhesive samples, ensuring precise measurement and quality control for optimal performance.
Global leading supplier of label and functional packaging material
We are located in Britsh Colombia Canada, especially focus in labels & packaging printing industry. We are here to make your printing raw material purchasing easier and support your business.