Solvent-Based Gravure
Application TypeGravure Inks
System / Sub-categorySolvent-Based Gravure
20 Microns' MICA is a high-performance micronized and wet-ground lamellar mineral engineered for flexographic, gravure, offset, screen, and effect-ink systems. Advanced wet-grinding technology preserves the natural platelet structure, ensuring high smoothne...
Why Mica Series for Inks is the preferred choice for inks and pigments formulations
Performance engineered for Inks and Pigments
Comprehensive range of Mica Series for Inks grades for diverse industrial applications
Pearl-grade wet-ground mica for solvent-based gravure inks, delivering superior luster intensity, reflection uniformity, and defect-free film in premium pearlescent applications.
Dry-milled mica for solvent-based flexo inks, providing excellent pigment suspension, mist reduction at high speeds, and superior film smoothness and press stability.
General-purpose micronized mica for flexo and gravure inks, offering good barrier performance, effective anti-settling, and consistent dimensional stability in ink films.
Application areas listed against Mica Series for Inks in the Inks & Pigments application matrix
Application TypeGravure Inks
System / Sub-categorySolvent-Based Gravure
Application TypeOffset Inks
System / Sub-categoryHeatset / Coldset
Application TypePackaging Inks
System / Sub-categoryFlexo / Gravure Packaging
Applications listed for Mica Series for Inks in the Inks & Pigments product sheet
Our experts will guide you to the perfect mica series for inks solution
Common questions about Mica Series for Inks in inks and pigments applications
Mica platelets align parallel to the substrate during drying, creating a shingle effect that acts as an internal lubricant, optimizing ink transfer and reducing abrasive wear on doctor blades.
Mica functions as a substrate for pearlescent and interference pigments, enabling pearlescent highlights, metallic visual depth, and controlled sheen effects in specialty and decorative inks.
Wet grinding by frictional delamination retains smooth basal surfaces, producing low grit, high gloss control, and better transparency essential for effect and pearlescent ink applications.
Yes, mica's high aspect ratio platelet structure prevents pigment agglomeration, stabilizes viscosity, and maintains uniform color depth even under the high-shear conditions of modern presses.
Yes, mica's extreme thermal stability (resisting up to 1,000°C) makes it particularly valuable for heatset web offset inks, preventing film blistering and maintaining dimensional stability.
Watch how 20 Microns' Mica Series for Inks supports real-world industrial applications.
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