In the industrial chemical wholesale market, rutile titanium dioxide, tio2 rutile, and anatase and rutile tio2 are core raw materials for ink production, serving clients like packaging printing enterprises, industrial coating manufacturers, and plastic film printing companies. The durability of inks formulated with rutile titanium dioxide—paired with its easy dispersion, strong hydrophilicity, good whiteness, high shading, and super weather resistance—directly impacts wholesalers’ ability to meet clients’ needs (e.g., long-lasting print adhesion, resistance to outdoor fading, stable performance in harsh environments). Hebei Caiqing Material Technology Co., Ltd. is a production enterprise that manufactures industrial-grade rutile titanium dioxide (product models: CR930, CR960, CR980, CA100) tailored for ink applications, supporting wholesalers in delivering reliable, high-performance solutions to commercial ink and printing clients.

Rutile Titanium Dioxide Product Specifications Table

Application in Water-Based Packaging Ink with Rutil titandioxid

• Hebei Caiqing Material Technology Co., Ltd.’s rutile titanium dioxide (model CR930) is well-suited for water-based packaging ink applications: its easy dispersion trait allows it to mix evenly with water-based binders, ensuring the ink has a smooth texture and no pigment agglomeration—this helps the ink form a uniform layer on packaging materials like cartons, maintaining print clarity and adhesion for over 12 months in storage.

• The strong hydrophilicity of rutile titanium dioxide (CR930) ensures excellent compatibility with water-based ink systems: it doesn’t separate from the water-based medium even during long-term storage, reducing ink waste and ensuring consistent performance for wholesalers’ clients who produce large batches of packaging ink.

• Rutile titanium dioxide (CR930)’s good whiteness (L value ≥95) enhances the opacity of water-based packaging ink: when printing on light-colored packaging substrates, the ink can effectively cover the substrate’s original color, making the printed patterns and text more vivid and less likely to fade due to light exposure.

• For water-based packaging ink used in food packaging, rutile titanium dioxide (CR930) meets industrial safety standards: it doesn’t release harmful substances when in contact with food, ensuring the ink is safe for food packaging applications, which is a key requirement for wholesalers’ clients in the food industry.

Application in Solvent-Based Industrial Ink with Tio2 Rutile

• Tio2 rutile (Hebei Caiqing Material Technology Co., Ltd.’s CR960) is ideal for solvent-based industrial ink: it has strong chemical compatibility with common solvents in industrial ink (such as ethyl acetate and toluene), avoiding pigment degradation that would reduce the ink’s service life—this ensures the ink maintains stable performance when used for printing on metal or plastic industrial parts.

• The high shading property of tio2 rutile (CR960, hiding power ≥25 g/m²) makes solvent-based industrial ink more effective: when printing on dark-colored industrial substrates (like black metal casings), the ink can fully cover the substrate, making the printed marks (such as product numbers and logos) clear and easy to identify, even after long-term use in industrial environments.

• Tio2 rutile (CR960)’s easy dispersion trait simplifies the production process of solvent-based industrial ink: it can be quickly mixed with solvent-based binders without the need for complex dispersion equipment, reducing production time and costs for wholesalers’ clients who manufacture solvent-based industrial ink.

• When solvent-based industrial ink is used in outdoor industrial equipment, tio2 rutile (CR960)’s super weather resistance helps the ink resist UV radiation and rain erosion: the printed marks on the equipment remain clear for over 3 years, avoiding frequent reprinting and reducing maintenance costs for clients.

Application Comparison in Ink with Anatase and Rutile Tio2

• In ink applications, anatase and rutile tio2 differ in weather resistance: tio2 rutile (e.g., Hebei Caiqing Material Technology Co., Ltd.’s CA100) has super weather resistance (UV resistance grade ≥4), making it suitable for outdoor ink (like outdoor advertising ink), while anatase tio2 (UV resistance grade ≤2) is only suitable for indoor ink (like indoor packaging ink)—wholesalers can guide clients to choose based on the ink’s end-use environment.

• Anatase and rutile tio2 vary in shading power for ink: rutile titanium dioxide (Hebei Caiqing’s CR980) has higher hiding power (≥25 g/m²) than anatase tio2 (≤20 g/m²), so ink formulated with rutile titanium dioxide requires less pigment to achieve the same shading effect, reducing ink production costs for wholesalers’ clients.

• The dispersion performance of anatase and rutile tio2 in ink differs: tio2 rutile (Hebei Caiqing’s CR930) is easier to disperse in water-based ink than anatase tio2, preventing pigment clumps that cause uneven print color—this ensures the ink’s print quality is more stable, which is important for clients producing high-precision ink (like plastic film printing ink).

• In terms of heat resistance for ink curing, rutile titanium dioxide (Hebei Caiqing’s CA100) withstands higher temperatures (up to 200°C) than anatase tio2 (up to 150°C), making rutile titanium dioxide suitable for ink used in high-temperature curing processes (like metal can printing ink), while anatase tio2 may decompose under high temperatures, affecting ink durability.

Rutil titandioxid FAQS

Which rutile titanium dioxide model from Hebei Caiqing Material Technology Co., Ltd. is suitable for plastic film printing ink?

Hebei Caiqing Material Technology Co., Ltd.’s CR960 is a suitable rutile titanium dioxide model for plastic film printing ink: its easy dispersion trait allows it to mix evenly with the ink binders used in plastic film printing, ensuring the ink adheres well to plastic film surfaces. Additionally, CR960’s good whiteness enhances the vividness of printed patterns on plastic film, and its chemical resistance helps the ink resist oil and moisture, keeping the print clear for over 2 years—wholesalers can recommend this rutile titanium dioxide model to clients producing plastic film printing ink.

How does tio2 rutile enhance the durability of solvent-based industrial ink?

Tio2 rutile enhances the durability of solvent-based industrial ink in two key ways: first, its strong chemical compatibility with solvents ensures the pigment doesn’t degrade, maintaining the ink’s stability for a long time; second, its super weather resistance (when using models like Hebei Caiqing’s CA100) helps the ink resist harsh environmental factors (UV, rain) when used outdoors. For example, tio2 rutile (CA100)-formulated solvent-based industrial ink on outdoor equipment remains clear for over 3 years—wholesalers can explain this advantage to clients focused on solvent-based industrial ink durability.

What is the difference between anatase and rutile tio2 in terms of ink application scope?

Anatase and rutile tio2 have distinct ink application scopes: rutile tio2 (e.g., Hebei Caiqing’s CR980, CA100) is suitable for outdoor ink, high-temperature curing ink, and high-shading ink due to its super weather resistance, high heat resistance, and high shading power. In contrast, anatase tio2 is only suitable for indoor ink (like indoor carton packaging ink) because of its poor weather resistance and low heat resistance. Wholesalers can help clients understand this difference to select the right titanium dioxide type for their ink products.

Can Hebei Caiqing Material Technology Co., Ltd.’s rutile titanium dioxide (CR930) be used in food packaging water-based ink?

Yes, Hebei Caiqing Material Technology Co., Ltd.’s CR930 rutile titanium dioxide can be used in food packaging water-based ink: it meets industrial food safety standards, does not release harmful substances when in contact with food, and has strong hydrophilicity that ensures good compatibility with water-based ink systems. Additionally, CR930’s easy dispersion trait ensures the ink has a smooth texture, and its good whiteness makes printed patterns on food packaging vivid—wholesalers can assure clients of its safety and performance for food packaging applications.

Why is rutile titanium dioxide more cost-effective than anatase tio2 for high-shading ink?

Rutile titanium dioxide is more cost-effective than anatase tio2 for high-shading ink because rutile titanium dioxide (e.g., Hebei Caiqing’s CR980) has higher hiding power (≥25 g/m²) than anatase tio2 (≤20 g/m²). This means less rutile titanium dioxide is needed to achieve the same shading effect in ink, reducing the amount of pigment required per unit of ink. For example, producing 100kg of high-shading ink may require 8kg of CR980 rutile titanium dioxide but 10kg of anatase tio2, lowering raw material costs for wholesalers’ clients—this cost advantage makes rutile titanium dioxide a better choice for high-shading ink.