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Rutile Titanium Dioxide Pigment TYR-588: High-Quality TiO2 from China Suppliers and Factory for Diverse Applications

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Introducing TYR-588, a versatile titanium dioxide (TiOpigment produced by Tianyuan Group, one of the leading suppliers and factories in China. Utilizing advanced chlorination technology, TYR-588 is coated with Al2O3, ZrO2, and a proprietary organic surface treatment, making it the ideal choice for formulators seeking a high-performance TiO2 grade. This pigment suits a broad range of applications, including water-based and solvent-based paints, inks, paper, and plastics. TYR-588 excels in architectural coatings, both indoor and outdoor, automotive OEM and re-finish paints, industrial anti-corrosive coatings, decorative coatings, and powder coatings. It is also perfect for diverse printing techniques such as letterpress, offset, and intaglio printing, as well as engineering plastics and colorants. Choose TYR-588 for superior quality and performance from a trusted Chinese manufacturer.

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    Application Industries
    🎨 Coatings and Paints Industry

    TYR-588 titanium dioxide pigment is produced through the chloride process and features advanced alumina, zirconia, and organic surface treatments, offering outstanding versatility across various industrial applications. The pigment's bluish undertone and high brightness contribute to superior aesthetic qualities in both water based and solvent based systems, while its excellent durability ensures long term performance in applications such as architectural coatings, automotive finishes, industrial protective systems, and powder coatings.

    🔩 Plastics and Color Master-batch Industry

    For plastics and color master-batch manufacturing, TYR-588 delivers exceptional performance characteristics that enhance both aesthetic appeal and functional properties. The pigment's uniform surface treatment and controlled particle characteristics promote excellent dispersion in various polymer systems, improving color consistency, brightness, and mechanical performance in engineering plastics, profiles, and specialty plastic applications. Its compatibility with different plastic processing methods and ability to maintain performance under varying conditions establish TYR-588 as a versatile choice for manufacturers across the plastics industry.

    🖨️ Ink and Paper Coating Industry

    In ink and paper coating applications, TYR-588 provides superior opacity, excellent printability, and consistent color development. The pigment's low oil absorption and fine particle size contribute to smooth formulations with outstanding flow characteristics, supporting high speed printing processes and efficient paper coating operations.

    Parameter Information
    Physical Property Typical Value
    TiO₂ Content % ≥94.0
    Rutile Content % ≥99.0
    CIE L* (Linseed Oil System) ≥97.0
    CIE b* (Linseed Oil System) ≤2.0
    TCS (Tinting strength) ≥1900
    Oil Absorption g/100g ≤18.0
    pH value 6.0–8.5
    Volatile % at 105℃ ≤0.5
    Resistivity (Ω·m) ≥100
    Sieve Residue % (45μm) ≤0.05
    Product Performance
    ⭐ TYR-588 titanium dioxide pigment features excellent bluish undertone, high brightness, and superior durability through its comprehensive alumina, zirconia, and organic surface treatment system. These characteristics provide outstanding optical properties and processing stability across various water-based and solvent-based coatings, plastics, and ink applications, supported by consistent quality and reliable performance in demanding industrial environments.
    • TYR588
    • TYR588(2)
    Application Scope
    🌐

    TYR-588 titanium dioxide pigment finds extensive application in architectural coatings for interior and exterior surfaces, automotive paints, industrial anti-corrosive systems, powder coatings, printing inks, engineering plastics, and paper coatings.

    Architectural Coatings Automotive Paints Industrial Anti-corrosive Systems Powder Coatings Printing Inks Engineering Plastics Paper Coatings
    Frequently Asked Questions
    What manufacturing process is used to produce TYR-588 titanium dioxide pigment?
    TYR-588 is produced through the chloride process, which enables precise control over particle size and purity. This process, combined with advanced alumina, zirconia, and organic surface treatments, results in a high-performance pigment with consistent quality and excellent optical properties.
    Is TYR-588 suitable for both water-based and solvent-based coating systems?
    Yes, TYR-588 is fully compatible with both water-based and solvent-based coating systems. Its comprehensive surface treatment system ensures excellent dispersion, stability, and performance in a wide range of coating formulations, including architectural, automotive, industrial, and powder coatings.
    What is the TiO₂ content and rutile content of TYR-588?
    TYR-588 has a minimum TiO₂ content of ≥94.0% and a rutile content of ≥99.0%. The high rutile content ensures superior UV resistance, durability, and optical performance compared to anatase-type titanium dioxide pigments.
    How does TYR-588 perform in plastics and color master-batch applications?
    TYR-588 offers exceptional dispersion in various polymer systems due to its uniform surface treatment and controlled particle characteristics. It improves color consistency, brightness, and mechanical performance in engineering plastics, profiles, and specialty plastic applications, making it a versatile and reliable choice for plastics manufacturers.
    What makes TYR-588 suitable for ink and paper coating applications?
    TYR-588's low oil absorption (≤18.0 g/100g) and fine particle size make it ideal for ink and paper coating applications. These properties contribute to smooth formulations with excellent flow characteristics, supporting high-speed printing processes, superior opacity, and consistent color development in paper coating operations.
    What is the recommended pH range for TYR-588, and how does it affect formulation stability?
    TYR-588 has a pH value range of 6.0–8.5, which falls within a near-neutral range that promotes good compatibility with a wide variety of formulation systems. This pH range helps maintain pigment stability, prevents unwanted reactions with binders or additives, and supports consistent performance across different coating, plastic, and ink applications.

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