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

Shanghai Jiuta JTR-799 Titanium Dioxide

Shanghai Jiuta JTR-799 Titanium Dioxide is a high-purity rutile-grade pigment from Jiuta’s JTR series, featuring excellent brightness, strong tinting strength and superior dispersion stability. Designed for coatings, inks and plastics, it offers outstanding weather resistance and UV shielding. Produced via chloride process, JTR-799 ensures consistent quality, low volatility and minimal impurities—meeting stringent international standards for performance and safety.
  • shanghai jiuta jtr 799 titanium dioxide_cda9d90d
  • shanghai jiuta jtr 799 titanium dioxide_cda9d90d

Features Of Shanghai Jiuta JTR-799 Titanium Dioxide

  1. High refractive index for superior opacity and hiding power in coatings and inks.

  2. Excellent dispersibility in both aqueous and solvent-based systems, reducing grinding time and energy consumption.

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

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

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

Typical Applications Of Shanghai Jiuta JTR-799 Titanium Dioxide

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

  2. Automotive OEM and refinish coatings demanding excellent chroma and lightfastness.

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

  4. Printing inks, especially offset and flexographic formulations.

  5. High-performance decorative laminates and synthetic papers.

Specifications Of Shanghai Jiuta JTR-799 Titanium Dioxide

Chemical TypeAnatase/Rutile hybrid (Rutile-dominant)
Product FormFine white powder
AppearanceWhite, free-flowing powder
Primary ApplicationsCoatings, plastics, inks
Key FeaturesSurface-treated with SiO₂ and Al₂O₃
BenefitsImproved dispersion, weather resistance, and optical performance
Particle Size (D50, μm)0.22–0.26
Oil Absorption (g/100g)14–16


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