Catalysts

Crenox A-K-1

a fine particulate titanium dioxide with anatase structure and a specific surface of approx. 90 m2/g
corresponds in its technical data and processing characteristics to the requirements for the manufacture of various catalysts
stands out through its low content of impurities such as e.g. iron, sodium and potassium

an ultra fine titanium dioxide with anatase structure and a specific surface of approx.. 350 m2/g
corresponds in its technical data and processing characteristics to the requirements for the manufacture of various catalysts
stands out through its low content of impurities such as e.g. iron, sodium and potassium

a fine particulate titanium dioxide with anatase structure
provides a high degree of thermal stability through its defined content of tungsten oxide of 10 percent
corresponds in its technical data and processing characteristics to the requirements for the manufacture of catalysts, particularly nitrogen oxide reduction catalysts (DeNOx)
stands out through its low content of impurities such as e.g. iron, sodium and potassium

a fine particulate titanium dioxide with anatase structure
provides a high degree of thermal stability through its defined content of tungsten oxide of 5 percent
corresponds in its technical data and processing characteristics to the requirements for the manufacture of catalysts, particularly nitrogen oxide reduction catalysts (DeNOx)
stands out through its low content of impurities such as e.g. iron, sodium and potassium

a fine particulate titanium dioxide with anatase structure
provides a high degree of thermal stability through its defined content of tungsten oxide of 7 percent
corresponds in its technical data and processing characteristics to the requirements for the manufacture of catalysts, particularly nitrogen oxide reduction catalysts (DeNOx)
stands out through its low content of impurities such as e.g. iron, sodium and potassium

a fine particulate titanium dioxide with anatase structure and a defined content of tungsten oxide and silicium oxide
corresponds in its technical data and processing characteristics to the requirements for the manufacture of catalysts and environmental catalysts, particularly nitrogen oxide reduction catalysts (DeNOx)
particularly suited for SCR catalysts in automotive applications due to its high thermal stability
stands out through its low content of impurities such as e.g. iron, sodium and potassium