Billions BLR-895 is a rutile titanium dioxide produced by the chloride process. This process, with its advantages of a short process, high automation, minimal emissions of “three wastes,” and low energy consumption, endows BLR-895 titanium dioxide with exceptional performance, making it a standout among other titanium dioxide products and an ideal choice for the mid- to high-end coatings market. It can be used in a variety of coating applications.

Parameter

Value

Test Method

TiO2 content

94%

XRF

Inorganic coating

Alumina, Zirconia

—

Organic treatment

Present

—

Moisture when packed*

0.5% max

ISO 787-2

Bulk density (tamped)

1.3g/cm3

ISO 787-11

Oil absorption

16g/100g

ISO 787-5

PH

7.4

ISO 787-9

Specific gravity

4.1g/cm3

ISO 787-10

ISO 591 classification

R2

—

CAS number

13463-67-7

—

Color index

Pigment White 6

—

Performance Characteristics of Billions BLR-895

  1. High opacity for excellent coverage and cost efficiency.
  2. High gloss development for premium surface appearance.
  3. Excellent weather resistance for long-term outdoor durability.
  4. Clean color tone for superior aesthetic quality.
  5. Stable processing performance in various formulation systems.
  6. Wide formulation compatibility for multiple coating technologies.

Main Applications

  • High-end decorative architectural coatings. For interior wall paints, BLR 895’s high whiteness, excellent dispersibility, and superior gloss create a smooth, evenly colored, and attractively shiny wall surface, creating a warm and comfortable living environment. For exterior wall paints, its excellent weather resistance and hiding power protect against wind, sun, rain, and snow, preserving the beauty and integrity of the wall surface over time and effectively protecting the building’s facade.
  • High-end industrial coatings. In automotive coatings, BLR 895 provides excellent hiding power in primers, enhancing vehicle body protection. Adding Billions BLR-895 to topcoats enhances the gloss and color of the paint, making the vehicle’s appearance more vibrant and eye-catching. It also offers excellent scratch and weather resistance, extending the life of the paint. In the mechanical equipment coatings industry, this product meets stringent requirements for coating hardness, wear resistance, and corrosion resistance, ensuring that machinery and equipment maintain their excellent appearance and protective performance even under harsh operating conditions.
  • Plastics industry. In the production of high-end plastic products such as food packaging and medical device plastic components, BLR 895’s high purity and excellent dispersibility ensure uniform color, non-toxicity, and compliance with strict hygiene and safety standards. It also enhances the plastic’s strength and toughness, improving processing performance.
  • Paper Industry. When used in the production of high-end paper such as art paper and coated paper, Billions BLR-895 significantly improves the whiteness and opacity of the paper, resulting in a smoother and flatter surface. This enhances printing quality and produces clear, detailed images, meeting high-end printing requirements.
  • Ink Industry. In offset and gravure ink formulations, Billions BLR-895 effectively improves the ink’s tinting strength, hiding power, and gloss, ensuring vibrant colors and distinct layers of printed designs. It also achieves excellent transfer and adhesion to a variety of substrates, improving printing quality and efficiency.

Packaging and Storage

(1) Packaging Specifications

Titanium dioxide BLR-895 is typically packaged in 25 kg mixed paper and plastic bags. This packaging provides a good seal, effectively protecting the product from moisture, while also providing sufficient strength to prevent damage during transportation and storage. 500 kg and 1000 kg plastic woven bags are also available to meet the needs of different customers and facilitate storage and handling for large-scale purchases and users.

(2) Storage Conditions

The product should be stored in a dry, well-ventilated warehouse, away from moisture and direct sunlight. Humidity may cause titanium dioxide to clump, affecting its dispersion and performance. Direct sunlight may alter product properties and reduce quality. As long as the storage environment is suitable, the product can be stored for long periods without significant changes in performance.

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