Guangzhou Eric Wei Chemical Co., Ltd.
Guangzhou Eric Wei Chemical Co., Ltd.

CITIC TITANIUM TECHTIOX CR211 Titanium Dioxide

CITIC Titanium Techtiox CR211 is a premium rutile-grade titanium dioxide pigment from CITIC Titanium’s Techtiox series, engineered for exceptional brightness, high opacity, and superior dispersion in coatings, plastics, and inks. It features optimized particle size distribution and surface treatment for enhanced UV resistance and weatherability, ensuring consistent color performance and process efficiency across demanding industrial applications.
  • citic titanium techtiox cr211 titanium dioxide_2f6e49cb
  • citic titanium techtiox cr211 titanium dioxide_2f6e49cb

Features Of CITIC TITANIUM TECHTIOX CR211 Titanium Dioxide

  1. High surface area and optimized particle size distribution for superior dispersion in organic media.

  2. Surface-treated with alumina and silica to enhance weather resistance and reduce photochemical degradation.

  3. Low volatile organic compound (VOC) content, supporting compliance with stringent environmental regulations.

  4. Excellent whiteness and high refractive index (≈2.7) for outstanding opacity and brightness performance.

  5. Consistent batch-to-batch quality ensured by ISO 9001-certified manufacturing and rigorous QC protocols.

Typical Applications Of CITIC TITANIUM TECHTIOX CR211 Titanium Dioxide

  1. Architectural and industrial solvent-based coatings.

  2. Automotive OEM and refinish coatings.

  3. Plastic masterbatches for polyolefins and PVC.

  4. Printing inks, especially for flexible packaging and gravure applications.

  5. High-performance powder coatings requiring UV stability and gloss retention.

Specifications Of CITIC TITANIUM TECHTIOX CR211 Titanium Dioxide

Chemical TypeAnatase/Rutile hybrid (≈30/70 ratio)
Product FormFine white powder
AppearanceFree-flowing, non-caking white powder
Primary ApplicationsCoatings, plastics, inks
Key FeaturesSurface-treated (Al₂O₃ + SiO₂), hydrophobic
BenefitsImproved dispersibility, reduced chalking, enhanced durability
Moisture Content (wt%, max)0.5%
Residue on 45 μm Sieve (wt%, max)0.05%


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