Solvent-Based Flexo
Application TypeFlexographic Inks
System / Sub-categorySolvent-Based Flexo
K TINT FT WAX SERIES is a range of micronized Fischer–Tropsch (FT) synthetic waxes engineered for exceptional surface protection, controlled slip, matting efficiency, and print durability. Compared to conventional PE or paraffin waxes, FT waxes provide supe...
Why K Tint - FT Wax Series is the preferred choice for inks and pigments formulations
Performance engineered for Inks and Pigments
Comprehensive range of K Tint - FT Wax Series grades for diverse industrial applications
Micronized and classified Fischer-Tropsch wax for solvent-based inks, providing superior hardness, controlled slip, and excellent abrasion resistance.
Advanced micronized FT wax for UV/energy-curable inks, delivering outstanding scratch resistance, anti-blocking, and UV cure compatibility.
Fischer-Tropsch micronized hard wax for offset and heatset inks, offering high thermal stability, superior scuff resistance, and excellent gloss retention.
Application areas listed against K Tint - FT Wax Series in the Inks & Pigments application matrix
Application TypeFlexographic Inks
System / Sub-categorySolvent-Based Flexo
Application TypeGravure Inks
System / Sub-categorySolvent-Based Gravure
Application TypeOffset Inks
System / Sub-categoryHeatset / Coldset
Application TypeUV / EB Inks
System / Sub-categoryUV-Curable
Application TypeSpecialty Inks
System / Sub-categoryHot-Melt Inks
Applications listed for K Tint - FT Wax Series in the Inks & Pigments product sheet
Our experts will guide you to the perfect k tint - ft wax series solution
Common questions about K Tint - FT Wax Series in inks and pigments applications
FT waxes have higher crystallinity, narrower molecular weight distribution, and higher melting points than PE waxes, delivering superior hardness, thermal stability, and wear resistance.
Yes, K TINT-MJ22 is specifically engineered for UV/energy-curable inks, maintaining UV cure compatibility and providing outstanding scratch and blocking resistance.
During curing, FT wax particles migrate to the surface, controlling texture to produce a soft, uniform matte or silky finish while reducing gloss mottle and streaking.
Typical usage levels are 0.5–4%, depending on ink type, desired surface finish, and required abrasion resistance for the specific application.
Yes, FT waxes are well-suited for hot-melt ink systems due to their high melting points and excellent thermal stability under processing conditions.
Watch how 20 Microns' K Tint - FT Wax Series supports real-world industrial applications.
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