Billions BLR-886 rutile titanium dioxide is specifically designed for plastics processing and footwear manufacturing. With its core attributes of exceptional dispersibility, stable processability, and stringent environmental performance, it precisely meets the production needs of high-end masterbatches, engineering plastics, and green footwear materials. It is a key material supporting companies in achieving product upgrades and environmental compliance. As a core member of Lomonbillions’s plastic-grade titanium dioxide family, BLR-886 titanium dioxide forms a matrix with products such as BLR-883 and BLR-885, covering a full range of applications from general-purpose plastics to specialty materials.

Parameter

Value

Test Method

TiO2 content

97%

XRF

Inorganic coating

Alumina

—

Organic treatment

Present

—

Moisture when packed*

0.4% max

ISO 787-2

Bulk density (tamped)

1.2g/cm3

ISO 787-11

Oil absorption

12g/100g

ISO 787-5

Specific gravity

4.1g/cm3

ISO 787-10

ISO 591 classification

R2

—

CAS number

13463-67-7

—

Color index

Pigment White 6

—

Product Performance of Billions BLR-886 Titanium Dioxide

1. Outstanding Processing Compatibility

  • Low Processing Interference. Titanium dioxide BLR-886 has minimal impact on polymer melt flow, allowing resins to retain their inherent processing characteristics. It performs reliably in high-temperature extrusion, casting, and coating processes, contributing to stable operation and improved production efficiency.
  • Excellent Dispersibility. An optimized organic surface treatment effectively reduces pigment agglomeration. Combined with a tapped bulk density of approximately 1.2 g/cm³, BLR-886 shortens dispersion and compounding time while minimizing equipment wear during processing.
  • Low Oil Absorption. With a low oil absorption of approximately 12 g/100 g, BLR-886 enables efficient pigment loading while maintaining strong hiding power. This helps reduce overall resin consumption and formulation costs, making it especially suitable for high-concentration applications such as masterbatches.

2. Excellent Optical Properties

The rutile crystal structure provides high opacity and strong tinting strength, allowing excellent coverage even at low addition levels. Its clean and pure hue delivers bright, high-quality whiteness in finished products such as EVA footwear and synthetic leather, enhancing the visual appeal and value of end products.

3. Reliable Environmental Stability. BLR-886 exhibits excellent thermal stability across common plastic processing temperature ranges, effectively preventing yellowing or degradation during high-temperature operations such as extrusion coating. Its weather resistance meets the general performance requirements of plastic films and outdoor engineering plastics, ensuring long-term color stability during service life.

4. Strict Environmental Compliance. BLR-886 has obtained ZDHC MRSL certification, widely recognized in the global textile and footwear industries. The product strictly limits hazardous substances, including heavy metals, carcinogenic and mutagenic compounds, and persistent organic pollutants. It fully supports green supply chain management requirements in regions such as the European Union and North America, helping manufacturers meet regulatory standards and reduce trade compliance risks.

Main Applications

  1. Plastics processing: Polyolefin masterbatches, high-temperature extrusion coatings, cast films, engineering plastics, etc., especially suitable for precision products such as automotive interiors and home appliance housings that require high processing stability.
  2. Footwear and synthetic leather: EVA foam shoe materials (sports shoe midsoles), rubber soles, synthetic leather fabrics, etc., making it a preferred white pigment in the supply chains of high-end footwear brands such as Nike and adidas.

Safety & Handling

Avoid generating dust during handling. Use appropriate personal protective equipment in accordance with local safety regulations. For applications involving regulatory compliance (such as food-contact materials), users should confirm suitability with the supplier.

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