20 Microns' Engineered Talc Series is produced using an advanced wet-grinding micronization process yielding highly uniform, fine particles with optimized lamellar structure. This engineered talc enhances opacity, rheology, flow, print cleanliness, blade li...
Why Precipitated & Fumed Silica is the preferred choice for printing inks formulations
Comprehensive range of Precipitated & Fumed Silica grades for diverse industrial applications
Common questions about Precipitated & Fumed Silica in printing inks applications
Engineered talc enhances opacity, stabilizes viscosity, improves ink transfer, reduces blade wear, and provides cost-effective TiO₂ extension across multiple ink systems.
The platelet structure aligns parallel to the substrate, ensuring smooth, uniform ink lay, reducing feathering, and improving overall print cleanliness and sharpness.
Yes, TALC HFM 25 is specifically optimized for energy-curable inks, providing UV cure stability and superior surface durability in UV ink formulations.
Talc's low abrasion index protects printing plates, anilox rolls, and doctor blades, extending equipment life in flexo, gravure, and offset printing systems.
Wet grinding produces ultra-fine, uniform particles with improved surface characteristics, resulting in better ink film smoothness and superior print quality.
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