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

Guangxi Blue Star DHR-967 Titanium Dioxide

Guangxi Blue Star DHR-967 Titanium Dioxide is a high-purity, rutile-phase pigment engineered for superior brightness, dispersion stability, and UV resistance. Part of the Blue Star DHR series, it delivers excellent hiding power and weatherability in coatings, plastics, and inks—ideal for demanding industrial applications requiring consistent color performance and processing efficiency.
  • guangxi blue star dhr 967 titanium dioxide_ff33cee7
  • guangxi blue star dhr 967 titanium dioxide_ff33cee7

Features Of Guangxi Blue Star DHR-967 Titanium Dioxide

  1. High refractive index for superior opacity and hiding power in pigment systems.

  2. Excellent dispersibility in both aqueous and solvent-based formulations.

  3. Optimized surface treatment for enhanced weather resistance and UV stability.

  4. Consistent particle size distribution ensuring uniform color development and gloss control.

  5. Low volatile organic compound (VOC) contribution, supporting eco-friendly formulation compliance.

Typical Applications Of Guangxi Blue Star DHR-967 Titanium Dioxide

  1. Architectural and industrial coatings requiring high whiteness and durability.

  2. Plastic masterbatches for polyolefins, PVC, and engineering resins.

  3. Printing inks, especially offset and flexographic systems demanding fine dispersion.

  4. High-performance powder coatings with stringent flow and curing requirements.

  5. Specialty elastomers and synthetic rubber compounds where heat stability is critical.

Specifications Of Guangxi Blue Star DHR-967 Titanium Dioxide

Chemical TypeAnatase/Rutile hybrid (Rutile-dominant)
Product FormDry, free-flowing powder
AppearanceWhite, odorless powder
Primary ApplicationsCoatings, plastics, inks, and rubber
Key FeaturesSurface-treated with alumina and silica
BenefitsImproved dispersion, reduced flocculation, enhanced lightfastness
Particle Size (D50)0.25–0.32 μm
Oil Absorption14–16 g/100g


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