Pure Epoxy
Application TypeEpoxy Powder Coatings
System / Sub-categoryPure Epoxy
Engineered Buff & Grey Rutile Pigments for Cost-Optimized Powder Coatings C-TOX H (Buff Shades) and G-TOX H (Grey Shades) are surface-modified rutile titanium dioxide pigments produced from high-purity Ilmenite mineral (FeTiO₃), engineered for stable, cost-...
Why C-TOX H & G-TOX H for Powder Coatings is the preferred choice for paints & coatings formulations
Performance engineered for Paints & Coatings
Comprehensive range of C-TOX H & G-TOX H for Powder Coatings grades for diverse industrial applications
Description / Key Performance
Warm beige-yellow buff shade; enables significant organic yellow/brown pigment and TiO₂ replacement in orange and tan powder coating formulations with strong hiding power.
Standard buff inorganic pigment for decorative and packaging powder coatings; delivers warm beige shade, high durability, and cost-effective color development.
Ultrafine buff grade for premium powder systems requiring finer PSD, superior dispersion during extrusion, and improved color consistency in light orange and beige shades.
Warm neutral grey shade; reduces carbon black and TiO₂ demand simultaneously in grey polyester/PU powder coatings with excellent outdoor durability.
Cool neutral silver-grey pigment for metallic-effect powder coatings; offers neutral undertone, strong tint strength, and superior weather resistance.
Concrete-grey shade for industrial and architectural powder coatings; excellent chemical resistance and consistent shade control under varied curing conditions.
Light-tone whitish grey for pastel and off-white powder coatings; enables TiO₂ and carbon black reduction while maintaining uniform shade distribution.
Standard medium-grey pigment for PU and polyester powder coatings; enables simultaneous carbon black and TiO₂ reduction with consistent tone and hiding power.
Deep neutral dark grey for industrial, corrugated, and outdoor durable powder coatings; high hiding power and excellent weathering resistance.
Application areas listed against C-TOX H & G-TOX H for Powder Coatings in the Paints & Coatings application matrix
Application TypeEpoxy Powder Coatings
System / Sub-categoryPure Epoxy
Application TypeEpoxy Powder Coatings
System / Sub-categoryEpoxy-Polyester Hybrid
Application TypePolyurethane Powder Coatings
System / Sub-categoryPU Grey / Metallic
Application TypePolyurethane Powder Coatings
System / Sub-categoryPU High-Gloss
Application TypeDecorative & Architectural
System / Sub-categoryHigh-Gloss Decorative
Application TypeIndustrial & Protective
System / Sub-categoryCorrosion-Resistant Coatings
Application TypeAutomotive & Mobility
System / Sub-categoryTopcoat / Appearance Coatings
Applications listed for C-TOX H & G-TOX H for Powder Coatings in the Paints & Coatings product sheet
Our experts will guide you to the perfect c-tox h & g-tox h for powder coatings solution
Common questions about C-TOX H & G-TOX H for Powder Coatings in paints & coatings applications
Unlike standard white TiO₂, C-TOX H and G-TOX H are surface-engineered rutile pigments derived from Ilmenite (FeTiO₃), carrying controlled buff and grey color values. They provide coloration, opacity, and TiO₂ spacer function simultaneously — replacing both colorants and white TiO₂ in one ingredient.
C-TOX H grades are most effective in orange, tan, and beige-tone Hybrid and Polyester powder coatings. G-TOX H grades are highly effective in grey and dark-tone Polyester TGIC, HAA, PU, and Epoxy powder coatings requiring both neutral shade and high hiding power.
Yes — guideline formulations confirm that G-TOX H 7046 can fully replace carbon black in Polyester TGIC and PU powder coatings while maintaining shade depth, opacity, and equivalent mechanical performance (Impact, Adhesion, Flexibility, Pencil Hardness).
Yes — their inorganic rutile TiO₂ chemistry provides inherent UV stability, no chalking, no fading, and excellent chemical resistance, making them ideal for architectural metallic profiles, alloy wheels, outdoor furniture, and automotive powder coatings.
By partially or fully replacing expensive organic pigments and a portion of white TiO₂, C-TOX H and G-TOX H reduce raw material cost per kg of formulation while maintaining equivalent shade consistency, opacity, and durability — delivering measurable cost savings in colored powder production.
Watch how 20 Microns' C-TOX H & G-TOX H for Powder Coatings supports real-world industrial applications.
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