BILLIONS™ BLR-895 pigment is a coatings grade titanium dioxide pigment manufactured by the chloride process. It is recommended for a range of coatings applications. BILLIONS™ BLR-895 pigment has outstanding dispersion performance, dispersing quickly and easily. It also has excellent opacity and gloss, and delivers a brilliant whiteness with a clean blue tone. With its carefully selected inorganic surface coating, BILLIONS™ BLR-895 pigment provides a high level of weatherability, making it flexible across both interior and exterior applications.

BILLIONS™ LR-108 pigment is an alumina treated rutile titanium dioxide pigment made by the sulfate process. It is specially designed for masterbatch and compounding applications. BILLIONS™ LR-108 pigment disperses easily in polyolefins, with minimal effect on melt flow index, so that even masterbatch with high TiO2 concentration can produce film with high opacity and whiteness. BILLIONS™ LR-108 pigment is recommended for plastics applications that require high thermal stability. It is designed with a hydrophobic surface that acts as a barrier to help prevent the pigment from absorbing moisture from the air.

BILLIONS™ TR52 pigment is a rutile titanium dioxide pigment produced by the sulfate process, and is specifically designed for the printing ink industry. BILLIONS™ TR52 pigment is suitable for a range of printing ink applications and provides exceptional performance across a wide spectrum of properties. Its very high gloss and opacity, combined with excellent dispersion make it an ideal choice for use in printing ink applications. These performance benefits also make it highly suitable for certain coatings applications.

BILLIONS™  BLR-896 pigment is a rutile titanium dioxide pigment manufactured by the chloride process. It is specifically designed for industrial coatings but also performs well in architectural coatings. With its optimized alumina and silica coating, it is designed to provide superior eatherability for demanding exterior applications, whilst also delivering good optical performance and excellent dispersibility.