20 Microns' Ink-Optimized Calcium Carbonate Series is engineered for flexographic, gravure, offset, decorative, and high-speed printing ink systems. These next-generation mineral solutions deliver ultra-fast dispersion, high brightness, controlled rheology,...
Why Calcium Carbonate is the preferred choice for printing inks formulations
Comprehensive range of Calcium Carbonate grades for diverse industrial applications
Common questions about Calcium Carbonate in printing inks applications
CaCO₃ acts as a multifunctional additive improving rheology, enhancing opacity, speeding drying, reducing TiO₂ usage, and optimizing overall formulation cost.
Coated grades like Vaporlite 90 CTD and OT-1T are ideal for gravure inks, offering fine particle size, superior dispersion, and excellent film uniformity.
Its controlled particle geometry creates micro-smooth ink layers, improves dot definition, and enhances halftone sharpness, resulting in gloss improvement up to 8–12%.
Yes, CaCO₃ acts as a pigment spacer, maximizing light scattering efficiency of TiO₂ particles, enabling cost-effective partial TiO₂ reduction without sacrificing opacity.
Yes, both coated and uncoated grades are available to suit water-based, solvent-based, and hybrid printing ink systems.
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