LOMON BILLIONS BLR-896 Titanium Dioxide LOMON BILLIONS BLR-896 Introduction LOMON BILLIONS BLR-896 titanium dioxide pigment is 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 durability for the most demanding exterior applications,…
LOMON BILLIONS BLR-895 Titanium Dioxide LOMON BILLIONS BLR-895 Introduction LOMON BILLIONSS BLR-895 pigment is a coatings-grade titanium dioxide pigment manufactured by the chloride process. It is recommended for a range of coatings applications. BILLIONSS BLR-895 pigment has outstanding dispersion performance, dispersing quickly and easily. It also has excellent opacity and gloss and delivers a brilliant whiteness…
LOMON BILLIONS BLR-891 Titanium Dioxide LOMON BILLIONS BLR-891Introduction LOMON BILLIONSS BLR-891 pigment is a high opacity coatings grade titanium dioxide pigment manufactured by the chloride process. It is recommended for a range of interior coatings applications and can also be used in e-coatings. BILLIONSS™ BLR-891 pigment has outstanding dispersion, excellent opacity and tint strength. LOMON…
LOMON BILLIONS BLR-886 Titanium Dioxide LOMON BILLIONS BLR-886 Introduction LOMON BILLIONSS BLR-886 pigment is a rutile titanium dioxide pigment for plastics, produced by the chloride process. It is designed to deliver bright, white color with excellent processability and lacing resistance. LOMON BILLIONS BLR-886 applications: Polyolefin masterbatch High-temperature extrusion coatings & cast films Engineering plastics LOMON…
LOMON BILLIONS BLR-852 Titanium Dioxide LOMON BILLIONS BLR-852 Introduction LOMON BILLIONS BLR-852 pigment is an alumina and phosphate-treated rutile titanium dioxide pigment produced by the chloride process. It is specifically designed for use in the manufacture of decorative paper laminates and is suitable for a range of paper-making applications. BILLIONS BLR-852 pigment provides excellent opacity and…
