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China R-6618 Rutile Titanium Dioxide Pigment - High Quality from Leading Suppliers and Factory

R-6618 is a premium titanium dioxide pigment manufactured by Shandong Jinhai Titanium Resources Technology Co., Ltd., a leading supplier and factory in China. This rutile titanium dioxide is uniquely engineered with zirconia and alumina inorganic and organic surface treatments to ensure exceptional whiteness, excellent gloss, high tinting strength, outstanding durability, and superior dispersion properties. R-6618 is developed based on extensive quality control experience in the vulcanization process, making it ideal for a wide range of applications, particularly in industrial coatings. It is extensively used in the production of solvent and water-based paints, coatings, and plastics. R-6618 is conveniently packaged in 25KG paper-plastic composite bags, catering to your industrial needs

    Application Industries
    🎨 1. Paints and Inks Industry

    R-6618 rutile titanium dioxide serves as a fundamental component in premium paints and inks due to its outstanding hiding power and weather resistance. The product offers high refractive index and superior optical characteristics, meeting the demanding standards for various interior and exterior coating applications. It finds broad usage in architectural coatings, automotive finishes, industrial protective systems, and printing inks.

    ⚙️ 2. Plastics and Rubber Industry

    Employing advanced surface treatment technology, R-6618 demonstrates excellent dispersion and compatibility within plastic and rubber matrices. It significantly enhances the whiteness, weather resistance, and mechanical strength of finished products, making it particularly suitable for high end applications including engineering plastics, outdoor construction materials, automotive components, and rubber goods.

    📄 3. Paper Industry

    In the paper manufacturing sector, R-6618 functions as a high quality filler and coating pigment that effectively improves paper glossiness and printability. With stable chemical properties and favorable dispersion characteristics, it maintains consistent quality performance across diverse paper making processes. The product proves especially valuable for producing premium cultural papers, packaging materials, and specialty paper products.

    Parameter Information
    ITEM SPECIFICATION
    TiO₂ Content % 94 Min
    Rutile Content % 98 Min
    Tinting Strength 1800 Min
    Oil Absorption g/100g 20 Max
    Resistivity Ω·m 80 Min
    Solution in Water 0.5 Max
    Residue on Sieve (45μm) 0.05 Max
    Volatile at 105℃ 0.5 Max
    PH 6.0 – 8.5
    Inorganic Coatings Zirconia, Alumina
    Organic Treatment TMP / Organic Silica
    L 98 Min
    A -0.5 – 0.5
    B 1.5 Max
    Product Performance

    R-6618 features a dense crystalline structure and stable chemical properties, delivering exceptional durability, hiding power, and ultraviolet resistance. With weather resistance notably surpassing that of anatase grades, it maintains long term color stability and coating integrity under demanding outdoor conditions. This makes it an optimal selection for high performance industrial applications requiring reliable and lasting material performance.

    R6618
    R6618(2)
    Application Scope
    🌐

    R-6618 finds extensive application across multiple industrial sectors including coatings, plastics, rubber, inks, and paper manufacturing. The product proves particularly suitable for premium applications with stringent weather resistance and durability requirements, such as architectural exterior coatings, automotive original equipment manufacturer finishes, and outdoor plastic products.

    Frequently Asked Questions (FAQ)
    Q1 What type of titanium dioxide is R-6618, and what is its primary crystal structure?
    R-6618 is a rutile-grade titanium dioxide with a rutile content of at least 98%. Its dense crystalline structure provides superior durability, UV resistance, and optical performance compared to anatase-type TiO₂, making it well-suited for demanding industrial applications.
    Q2 What surface treatments are applied to R-6618 to enhance its performance?
    R-6618 undergoes both inorganic and organic surface treatment. The inorganic coating consists of Zirconia and Alumina, while the organic treatment uses TMP (trimethylolpropane) and Organic Silica. These treatments significantly improve dispersion, compatibility with various matrices, and overall weather resistance.
    Q3 Is R-6618 suitable for outdoor and weather-exposed applications?
    Yes. R-6618 is specifically engineered for outdoor and high-durability applications. Its weather resistance notably surpasses that of anatase grades, ensuring long-term color stability and coating integrity under harsh UV exposure and environmental conditions. It is widely used in architectural exterior coatings, automotive OEM finishes, and outdoor plastic products.
    Q4 How does R-6618 perform in plastics and rubber applications?
    R-6618 demonstrates excellent dispersion and compatibility within plastic and rubber matrices, thanks to its advanced surface treatment technology. It effectively enhances whiteness, weather resistance, and mechanical strength of finished products, making it a preferred choice for engineering plastics, outdoor construction materials, automotive components, and rubber goods.
    Q5 What are the key optical and purity specifications of R-6618?
    R-6618 has a TiO₂ content of at least 94%, a tinting strength of 1800 Min, and an L value of 98 Min, reflecting outstanding whiteness and brightness. The A value falls between -0.5 and 0.5, and the B value is 1.5 Max, confirming excellent color neutrality. Oil absorption is controlled at 20 Max (g/100g), ensuring good processing efficiency.
    Q6 Can R-6618 be used in the paper manufacturing industry?
    Absolutely. In the paper manufacturing sector, R-6618 serves as a high quality filler and coating pigment that improves paper glossiness and printability. Its stable chemical properties and favorable dispersion characteristics ensure consistent performance across various paper making processes, making it especially valuable for premium cultural papers, packaging materials, and specialty paper products.

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