19 Micron High-Performance BOPP Matte Overlaminate Our 19-micron BOPP matte film is the industry standard for converters seeking a balance between elegant aesthetics and economical performance. This thin-gauge film provides a smooth, non-reflective finish that softens colors and eliminates glare, giving labels a contemporary, high-end appearance.
Engineered as a self-wound (linerless) product, it utilizes a high-clarity, pressure-sensitive acrylic adhesive system. This design maximizes roll yield and minimizes downtime, making it the ideal choice for high-volume label production where waste reduction and efficiency are paramount.
Finish: Subtle, sophisticated matte with excellent clarity.
Profile: 19-micron thickness for a flexible, “no-label” look on contoured containers.
Adhesive: Aggressive permanent acrylic for immediate bond strength.
Sustainability: Linerless construction reduces environmental footprint and disposal costs.
Why Choose 19-Micron Matte?
Glare-Free Legibility: Perfect for labels with small text or intricate branding that must be readable under retail spotlights.
Conformability: The 19-micron gauge is thinner and more flexible than standard 25-micron films, allowing it to conform better to tight diameters and squeezed bottles.
Enhanced Roll Length: Thinner film means more linear meters per roll. This leads to fewer roll changes on the press and increased warehouse storage efficiency.
Scuff Protection: Despite its thin profile, the BOPP base provides a tough shield against scratches and abrasion during transit.
Key Applications
Personal Care & Cosmetics: Ideal for “squeeze” tubes and bottles that require a soft, premium matte feel.
Beverage Labels: Used extensively for craft beer cans and water bottles where a non-glossy, “paper-like” look is desired on a waterproof synthetic base.
Nutraceuticals: Provides a clean, professional finish for vitamin jars and supplement containers.
Promotion & Retail: High-volume grocery or household product labels that need a sophisticated look at a competitive price point.
