In today’s industrial production, rutile titanium dioxide is considered one of the most important white pigments. It appears as a white, non-toxic, chemically stable powder with a surface treated by zirconium, aluminum, and organic compounds. These coatings improve its dispersion, gloss, and durability, making it a preferred material across various sectors. Rutile titanium dioxide offers superior whiteness, hiding power, and resistance to weathering and chalking. It is widely used in paints, coatings, plastics, inks, rubber, and leather products. CR767 is a classic example of a zirconium-, aluminum-, and organic-treated multipurpose rutile titanium dioxide pigment. With excellent whiteness, uniform particle distribution, high gloss, and strong tinting power, it ensures consistent performance and long-term color retention. This pigment’s outstanding anti-aging characteristics make it a core component in exterior coatings and durable construction materials, ensuring protection and beauty that lasts for years.

TiO2 Rutile For High-Performance Coatings

Industrial-grade TiO2 rutile is the standard pigment used in applications requiring exceptional opacity and stability. With a high refractive index, TiO₂ in the rutile form provides maximum light scattering, resulting in bright and opaque coatings. Its tight crystal structure offers excellent UV resistance and thermal stability, ensuring long-lasting protection for exterior surfaces. TiO2 rutile is a critical material for manufacturing architectural coatings, automotive finishes, and industrial paints that must withstand harsh weather and sunlight. Its excellent dispersion characteristics allow it to mix easily with various resins and solvents, ensuring smooth application and consistent color quality. The CR767 series, in particular, is valued for its superior gloss retention, resistance to chalking, and ability to maintain film integrity over time. In industries where visual appeal and performance matter most, TiO2 rutile helps achieve coatings that are not only bright but also durable and protective against environmental stress.

Anatase And Rutile TiO2 Properties

Both anatase and rutile TiO2 are valuable for different industrial uses, but they serve distinct purposes. Anatase TiO₂ has a lower density and higher light scattering ability, producing excellent brightness and whiteness. However, it is less stable under UV light and thus best suited for indoor applications such as paper coatings, rubber, ceramics, and plastics not exposed to sunlight. Rutile TiO₂, in contrast, offers outstanding stability under light and heat, making it ideal for outdoor coatings and long-term exposure environments. Rutile’s higher refractive index results in stronger opacity and better protection from ultraviolet radiation. The surface treatment of rutile TiO₂ with zirconium and aluminum oxides enhances chemical resistance and reduces photocatalytic reactivity, preventing degradation of surrounding materials. Industries that demand color retention, weather resistance, and gloss preservation rely heavily on the rutile type. By understanding the differences between anatase and rutile TiO₂, manufacturers can select the ideal pigment to match their production and durability requirements.

Anatase Rutile TiO2 In Industrial Manufacturing

The combination of anatase rutile TiO2 offers industries the best of both worlds—brightness from anatase and durability from rutile. When blended properly, these two forms complement each other to deliver a balance between gloss, whiteness, and longevity. Manufacturers use anatase rutile TiO₂ in coatings, plastics, and papers to achieve vibrant colors and high coverage efficiency. This type of formulation improves hiding power, color stability, and dispersion performance during production. For example, our CR767 Tio₂ series exhibits exceptional brightness, uniform particle size, and ease of dispersion, making it highly efficient in paint and ink formulations. Its strong tinting power ensures color consistency, while its weather resistance helps prevent surface fading and deterioration. Whether used in construction materials, industrial coatings, or high-grade plastics, anatase rutile TiO₂ provides reliable and sustainable pigment performance. Its stability under both chemical and thermal stress makes it a preferred choice for manufacturers seeking quality and cost-effectiveness in large-scale production.

Rutile Titanium Dioxide FAQs

Rutile Titanium Dioxide: the appearance of white powder, non-toxic, chemically stable, the surface of Zirconium, Aluminum coated, and special organic treatment. Whiteness, brightness, gloss, hiding power, tint and strong, easy to disperse, has excellent weather resistance and anti-chalking. our CR767 Tio₂ is a zirconium, aluminum, and organic surface-treated multipurpose rutile titanium dioxide pigment, it has average particle size distribution, good whiteness, good dispersion, high gloss, good hiding power, and high weather resistance properties. our CR767 Tio₂ is widely used in coating, paints, ink, leather, rubber, and ink production. Rutile Titanium Dioxide CR767 stands out as a superior pigment, offering a multitude of advantages that make it a preferred choice in various industries. With its exceptional whiteness and opacity, CR767 TiO₂ brings unparalleled brightness to paints, coatings, plastics, and other applications. The high hiding power of this pigment ensures vibrant and opaque finishes, contributing to the aesthetic appeal of end products. One of the key strengths of CR767 is its outstanding lightfastness, providing durability and resistance to fading even under prolonged exposure to light. This makes it particularly well-suited for outdoor applications, such as exterior paints and coatings.

We tio2 company supply high-quality industrial-grade titanium dioxide, including both anatase and rutile types. Our products are designed to meet global manufacturing standards with stable performance, superior whiteness, and consistent quality. We focus on providing reliable supply, professional technical support, and competitive pricing. If you are looking for long-lasting, high-performance pigments for coatings, plastics, inks, or rubbers, we encourage you to reach out and explore our titanium dioxide solutions today.

What is the difference between anatase and rutile titanium dioxide?

Anatase is brighter but less UV-resistant, while rutile has superior opacity and weather resistance. Rutile is preferred for outdoor and industrial use.

Why is TiO2 rutile used in exterior paints?

TiO₂ rutile offers strong UV stability, high opacity, and excellent gloss retention, ensuring that exterior coatings maintain color and protection for many years.

What are the main uses of rutile titanium dioxide?

Rutile titanium dioxide is widely used in coatings, plastics, inks, rubber, and leather industries because of its excellent brightness, dispersion, and anti-chalking properties.

Can anatase and rutile TiO₂ be combined in manufacturing?

Yes. Blending anatase and rutile TiO₂ can improve overall pigment performance by balancing brightness, gloss, and durability in finished products.

How does CR767 rutile TiO₂ improve industrial coatings?

CR767 has zirconium, aluminum, and organic surface treatments that enhance its dispersion, gloss, and weather resistance, helping coatings maintain strength and color stability over time.