Pigments

Coloured Rutile TiO2

C-TOX H (Buff) and G-TOX H (Grey) are engineered colored pigment extenders based on titanium-iron oxide (ilmenite mineral, FeTiO₃), specifically developed for pigment powder manufacturing and pigment paste preparation. The buff and grey rutile TiO₂ phases w...

Coloured Rutile TiO2
PigmentsColoured Rutile TiO2
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Advantages

Key Benefits

Why Coloured Rutile TiO2 is the preferred choice for pigments formulations

01

Partial replacement of white TiO₂ pigment — reduces formulation cost

02

Replacement of expensive organic and inorganic pigments in buff/grey shade systems

03

Uniform particle size for consistent tint strength and shade reproducibility

04

Improved dispersion and reduced agglomeration in pigment pastes

Coloured Rutile TiO2
Performance engineered forPigments
05

Stable paste rheology and long-term storage stability

06

Excellent resistance to acids, alkalis, and chemicals

07

Non-toxic, chemically inert, and environmentally safe

08

Dual action — spacing plus controlled optical contribution to the pigment system

Quality AssuredISO Certified
Lab TestedEvery Batch
Eco FriendlySustainable
Global DeliveryWorldwide
Product Grades

Product Grades

Comprehensive range of Coloured Rutile TiO2 grades for diverse industrial applications

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Coloured Rutile TiO2 Markets

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Product Support

Frequently Asked Questions

Common questions about Coloured Rutile TiO2 in pigments applications

C-TOX H (Buff) and G-TOX H (Grey) are engineered rutile TiO₂-bearing pigment extenders derived from ilmenite (FeTiO₃). They act as optical spacers between colour pigment particles, reducing pigment–pigment contact, suppressing agglomeration, improving dispersion stability, and simultaneously providing a controlled buff or grey tonal contribution.

Their dual action — pigment spacing plus controlled tonal contribution — allows partial replacement of expensive white TiO₂ (used as spacer pigment) and costly organic/inorganic colour pigments, maintaining colour performance while significantly reducing formulation cost.

Buff/earth-tone shades (controlled shade development with TiO₂ reduction), grey systems (consistent tint strength and batch reproducibility), muted colours (improved dispersion and tone stability), and cost-sensitive shades (effective pigment replacement without visual compromise).

Yes, both series offer excellent weather resistance, high resistance to acids, alkalis, and chemicals, thermal and UV stability, and are non-toxic and chemically inert — making them reliable for long-term paste storage and downstream application.

Typical loading is 10–50% of the total pigment/extender mix depending on the target shade, TiO₂ replacement level, and desired tint strength. Trials are recommended to optimise performance for each specific pigment system.

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