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High-Performance Rutile Titanium Dioxide FR-767 from China Suppliers and Factory - Superior Optical Properties

FR-767 rutile titanium dioxide is a premium-grade, general-purpose titanium dioxide manufactured by Fangyuan Titanium Dioxide Co., Ltd., one of the leading suppliers and factories in China. Utilizing an advanced sulfuric acid process, this innovative product showcases comprehensive research in inorganic coating, organic treatment, and calcination control. The superior optical performance of FR-767 is achieved through state-of-the-art inorganic and organic surface treatments involving zirconium and aluminum. Additionally, meticulous control over color hue and particle size ensures outstanding application performance, making FR-767 an ideal choice for various industrial applications. Choose FR-767 for reliable quality and excellence from a trusted Chinese factory

    Application Industries
    • 1 Architectural Coatings Industry Applications

      FR-767 rutile titanium dioxide serves as a high performance pigment in architectural coatings for interior and exterior applications, offering excellent whiteness with a desirable blue undertone and superior weather resistance derived from its advanced zirconium and aluminum surface treatment.

    • 2 Powder Coatings and Color Master-batch Applications

      In powder coatings and color master-batch applications, FR-767 provides exceptional compatibility and processing characteristics, with uniform particle distribution and optimized surface properties that promote excellent flow behavior and uniform dispersion. The pigment's low oil absorption further enhances its suitability by reducing formulation viscosity and improving processing efficiency, making it a reliable choice for coatings applied to appliances, architectural components, automotive parts, and other industrial products requiring smooth, durable finishes.

    • 3 Plastic Compounds and Product Manufacturing Applications

      For plastic compound and product manufacturing, FR-767 ensures excellent dispersion and optical properties in various polymer systems. Specialized inorganic and organic surface treatments minimize particle agglomeration, providing uniform distribution within plastic matrices and enhancing both whiteness and mechanical properties. This makes the pigment suitable for a wide range of plastic applications, including PVC profiles, polyolefin products, engineering plastics, and packaging materials.

    Parameter Information
    Item Specification FR-767
    Mass fraction of TiO₂ / % ≥ 93
    Whiteness (compared with standard sample) not less than
    Brightness % ≥ 94
    Rutile content % ≥ 98
    Tint reducing power (Reynolds number) ≥ 1800
    PH value of aqueous suspension 6.5 ~ 8.5
    Oil absorption g / 100g ≤ 21
    Electrical resistivity Ω.m ≥ 80
    Mass fraction of screenings (45um) / % ≤ 0.01
    Dispersibility (Hickmann number) ≥ 5.75
    Mass fraction of volatiles at 105℃ % ≤ 0.8
    Product Performance

    FR-767 titanium dioxide pigment delivers superior performance characteristics including excellent blue toned whiteness, high weather resistance, and exceptional dispersibility. Its low oil absorption and good wettability facilitate easy dispersion and processing, while contributing to formulation efficiency and cost optimization in different industrial applications.

    Excellent Blue-Toned Whiteness High Weather Resistance Exceptional Dispersibility Low Oil Absorption Good Wettability
    767(2)
    767
    Application Scope

    FR-767 titanium dioxide pigment finds extensive application in architectural coatings for interior and exterior surfaces, powder coatings, color master-batches, and plastic compounds. Its performance characteristics make it particularly suitable for industrial and construction applications requiring high whiteness, excellent weather resistance, and superior dispersibility, including building facade coatings, industrial protective systems, plastic building materials, and premium packaging solutions.

    Architectural Coatings Powder Coatings Color Master-batches Plastic Compounds Building Facade Coatings Industrial Protective Systems Premium Packaging
    Frequently Asked Questions
    Q What is the TiO₂ content in FR-767 rutile titanium dioxide?
    FR-767 contains a minimum TiO₂ mass fraction of 93%, with a rutile content of at least 98%, ensuring high pigment purity and consistent optical performance across all applications.
    Q What surface treatment does FR-767 use and why does it matter?
    FR-767 utilizes advanced zirconium and aluminum surface treatments combined with specialized inorganic and organic coatings. These treatments enhance weather resistance, minimize particle agglomeration, improve wettability, and ensure excellent compatibility with various coating and plastic systems.
    Q Is FR-767 suitable for both interior and exterior architectural coatings?
    Yes. FR-767 is well suited for both interior and exterior architectural coatings. Its superior weather resistance and excellent blue-toned whiteness make it highly effective for building facade coatings and interior wall paints that demand long-lasting brightness and durability.
    Q What plastic applications is FR-767 compatible with?
    FR-767 is compatible with a wide range of plastic applications including PVC profiles, polyolefin products, engineering plastics, and packaging materials. Its specialized surface treatments ensure uniform dispersion within polymer matrices while enhancing both whiteness and mechanical properties.
    Q How does the low oil absorption of FR-767 benefit formulation?
    With an oil absorption value of ≤ 21 g/100g, FR-767 helps reduce formulation viscosity, improves processing efficiency, and lowers the demand for binders and carriers. This contributes to better cost optimization and smoother processing in coatings and plastic systems.
    Q What dispersibility standard does FR-767 meet?
    FR-767 achieves a Hickmann dispersibility number of ≥ 5.75, reflecting its excellent dispersibility. This ensures uniform pigment distribution in formulations, reducing the risk of agglomeration and delivering consistent color, opacity, and performance in the final product.

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