HEUCOSIN™ Grey G 2033 N by Heubach is a grey-colored pigment preparation designed for water-based and solvent-based coatings. It offers excellent heat resistance and alkali-, acid-, & weather fastness... view more

HEUCOSIN™ Grey G 2216 N by Heubach is a grey-colored pigment preparation of organic/inorganic pigments and extenders. It is designed for water-based and solvent-based coatings. It offers excellent heat... view more

HEUCOSIN™ Grey G 2229 by Heubach is a grey-colored pigment preparation consisting of organic/inorganic pigments and extenders. It offers excellent heat resistance and alkali-, acid-, & weather fastness. It... view more

HEUCOSIN™ Grey G 7748N by Heubach is a grey-colored pigment preparation of organic/inorganic pigments and extenders. It offers excellent heat resistance and alkali-, acid-, & weather fastness. It is... view more

HEUCOSIN™ Orange G 7626 by Heubach is an orange-colored pigment preparation. It is recommended for water-based and solvent-based coatings. It offers excellent heat resistance and alkali-, acid-, & weather... view more

Omyaflow 10 by Omya is a functional, calcium carbonate mineral filler based on UFGCC and ChameleoBoost™ technology. Provides gloss control, high brightness, reduced carbon footprint and optimized... view more

Omyaflow 15 by Omya is a functional, calcium carbonate mineral filler. Provides gloss control, high brightness, reduced carbon footprint and optimized formulation cost. Used in water-based... view more

Omyaflow 16 is a functional, calcium carbonate mineral filler by Omya. It boosts opacity and offers enhanced titanium dioxide performance through spacing effect and pigment stabilization. Provides... view more

Omyaflow 5 is a functional, calcium carbonate mineral filler by Omya. It is based on UFGCC and ChameleoBoost™ technology. It boosts opacity and offers enhanced titanium dioxide performance through... view more

Omyaflow 6 by Omya is a functional mineral filler based on calcium carbonate. It boosts opacity and offers enhanced titanium dioxide performance through spacing effect and pigment stabilization... view more