HuiZhou StarColor Water Based Ink

【Product Overview】 This matte UV varnish is designed for high-end packaging designs that pursue a "low-key luxury" visual effect. It forms a uniform and delicate matte protective layer on the surface of printed materials, eliminating reflections and giving the packaging a silky feel and soft color expression, making it the preferred solution for brand differentiation packaging. 【Main Application Scenarios】 Suitable for various high-end commercial packaging and display materials: Luxury Packaging: Skincare product boxes, perfume packaging, high-end wine labels, jewelry boxes. Electronic Products: Smartphone boxes, high-end headphone and accessory packaging. High-end Publications: Art albums, corporate annual reports, business cards, specialty postcards. 【Core Technical Advantages】 Excellent Matte Effect: Uniform and stable matte finish, effectively eliminating reflections on the paper surface and presenting a deep, sophisticated matte visual experience. Silky Smooth Feel: After drying and forming a film, the surface is smooth and delicate, providing a unique tactile experience and increasing the consumer's unboxing pleasure. Excellent scratch resistance: Specifically optimized to address the common problem of "scratches/white marks" in matte oils, it boasts exceptional hardness and scratch resistance. Fold resistance and anti-blocking: Excellent toughness prevents chipping during die-cutting and prevents sticking when stacked in large areas, making it suitable for automated packaging production. Low odor and environmentally friendly: Utilizes high-purity monomers and resins, resulting in extremely low residue after curing, complying with stringent import and export safety and environmental regulations. 【Technical Parameter Reference】 Appearance: Milky white or slightly yellow translucent liquid. Gloss: 10° - 30° (adjustable depending on angle and coating amount) Viscosity: 30-50 seconds (Zahn 4# cup/25°C) Curing energy: 60-100 mJ/cm² Coating method: Suitable for roller coating or inline flexographic printing