O dióxido de titânio HR-248 é um grau rutilo de processo sulfato com partículas finas e elevado brilho, produzido em moinhos de areia importados para moagem húmida. Tratado à superfície com alumina e sílica densas, proporciona excelente resistência climatérica e durabilidade. O HR-248 é amplamente utilizado em PVC, revestimentos, tintas de gravação, papel, linhas de marcação rodoviária e, sobretudo, em aplicações de masterbatch. Como um dióxido de titânio de elevado desempenho para masterbatch, assegura forte poder de cobertura, brilho e dispersão. Isto faz dele uma escolha ideal para formulações de masterbatch de dióxido de titânio (TiO₂ masterbatch) que requerem qualidade consistente e estabilidade prolongada.

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TiO₂ Rutilo para plásticos e cerâmicas · Elevada brancura · Acabamento lustroso · Resistente às condições climatéricas · Para PVC, cabos, masterbatch e vidrado para azulejos

USD $ 1,980 – $ 2,980 /MT

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Força de pigmento consistente e estabilidade de cor prolongada
A distribuição uniforme do tamanho das partículas assegura uma dispersão homogénea e reduzida aglomeração em vários sistemas.
Elevado poder de ocultação e forte intensidade tintorial, indicado para obter cobertura completa com menor dosagem.
Elevada brancura e brilho, oferecendo acabamentos brilhantes e limpos em revestimentos, masterbatch de plásticos e películas.
De fácil dispersão em formulações de base solvente e de base aquosa, aumentando a eficiência produtiva.
Desempenho estável em processos de extrusão, moldagem e mistura, indicado para aplicações em masterbatch e compósitos.
Amplamente utilizado em revestimentos arquitetónicos, perfis de PVC, tubos plásticos, linhas de marcação rodoviária e produtos à base de borracha.

Trade Term:: EXW, FOB, CFR, CIF, CIP, DAP, DDU, DDP, DPT
Payment Term:: T/T, L/C
Mode of Transport:: Sea Freight, Air Freight, Rail Transport, Road Transport, Multimodal Transport

Product Specification — HR248 Titanium Dioxide
Product Identity
Product Name	Dióxido de Titânio · (Titanium White)
Marca	Hengxiang
N.º CAS	13463-67-7
Série de Graus	HR248
Color Index Generic Name	Pigment White 6
Colour Index Constitution Number
Production Process	Processo de Sulfato
Crystal Structure	Rutilo Dióxido de Titânio TiO2
Appearance	White Powder
Chemical Name	Titanium(IV) oxide
Physical Properties
Teor de TiO₂ (mín. %)	≥ 92
Teor de rutilo (mín. %)	≥ 98
Matéria volátil (a 105°C)	≤ 0.5
Water Soluble Content (%)	≤ 0.5
Luminosidade (L*)	95
Resíduo na peneira (45µm) (%)	≤ 0.05
Absorção de óleo (g/100g)	≤ 23
Chemical Characteristics
Molecular Formula	TiO₂
Valor de pH	6.0-8.5
Surface Treatment	Yes, Silica, Alumina, Organic treating
Resistividade do extrato aquoso (Ω·m)	50

Frequently Asked Questions about Titanium Dioxide

TiO2 Basics

What is Ti02?

What is TiO2?

TiO₂ is the chemical formula for titanium dioxide. It’s a very common white powder that looks a bit like ultra‑fine white chalk dust. It has no smell or taste, and it’s well‑known for its bright whiteness and strong ability to make things look more opaque.

TiO2 is often found in many common products, though the specific purpose can vary by industry. You can think of it as a “white base layer” that helps a product look cleaner, whiter, and more even.

It’s one of the most widely used and trusted white pigments worldwide.

What are the two types of TiO2?

Titanium dioxide mainly exists in two crystal forms: rutile and anatase. Rutile TiO2 is the more stable form, with stronger hiding power and better resistance to weather, so it is widely used in outdoor coatings and plastics. Anatase TiO2 has lower opacity and is often chosen for indoor paints, paper, and certain specialty applications.

What is titanium dioxide rutile?

What is rutile titanium dioxide?

Rutile titanium dioxide is the rutile crystal form of TiO₂, widely recognized as the most stable and durable type of titanium dioxide. It provides excellent hiding power, strong resistance to ultraviolet light, and high durability under outdoor conditions.

Because of these properties, rutile TiO2 is commonly chosen as a white pigment in coatings, plastics, and other demanding applications. It is regarded worldwide as a reliable material that delivers consistent performance over time.

TiO2 Application Uses

What is titanium dioxide used for?

Titanium dioxide is mainly used as a white pigment to make products brighter, more opaque, and durable. You’ll find it in paints, plastics, paper, inks, and textiles, where it helps improve whiteness and appearance. It’s also common in packaging, cosmetics, and other applications that require UV protection.

What is titanium dioxide rutile used for?

Rutile titanium dioxide is widely used because of its excellent durability, strong opacity, and resistance to weathering. These properties make it a preferred choice for outdoor applications such as architectural and industrial coatings, plastics, and construction materials, where long-term performance matters.

It is also commonly found in packaging materials, automotive coatings, printing inks, and synthetic fibers, helping deliver consistent whiteness, opacity, and protection over time.

TiO2 Performance & Properties

What is the TiO2 content of rutile?

Rutile titanium dioxide pigment typically contains about 92–98% TiO₂, with the rest made up of small amounts of zirconia and alumina coatings, and sometimes silica or other surface treatments to improve durability and dispersion.

TiO2 Other Related Questions

What do you do with pigment powder?

Pigment powder is used to provide color, whiteness, and opacity. It is mixed with binders or resins to make products such as paints, plastics, rubber, paper, and printing inks, improving appearance and coverage at a lower cost.

What is the process of TiO2 production?

Titanium dioxide is mainly produced using two methods: the sulfate process and the chloride process.

Sulfate process: Titanium ores are dissolved in sulfuric acid and processed to yield TiO₂. It’s the older method and still widely used, though it generates more waste.
Chloride process: Titanium ores like rutile or ilmenite are reacted with chlorine at high temperatures to form titanium tetrachloride (TiCl₄), which is purified and oxidized into TiO₂. This method produces a purer pigment and is generally more environmentally friendly.

Together, these methods supply TiO2 used in paints, plastics, paper, textiles, rubber and many other products.