Lumogen® Black K 0088 (Old name: Lumogen® Black FK 4281) by BASF is a transparent organic pigment. It absorbs the least energy in the near infra-red (NIR) sunlight spectrum in comparison to other... view more

Meteor® Buff 7302 by BASF is an inorganic pigment. It is resistant to temperature, chemicals as well as long-term exposure to weather. Offers excellent lightfastness and weatherfastness. Suitable... view more

Meteor® Plus Black 9875 by BASF is an inorganic pigment. Offers excellent light-, weather and migration-fastness. It is resistant to temperature, chemicals as well as long term exposure to weather... view more

Meteor® Plus Black 9880 by BASF is an inorganic pigment. It is resistant to temperature, chemicals as well as long-term exposure to weather. Provides excellent weather-, light- and migration... view more

Meteor® Plus Black 9887 by BASF is an inorganic pigment. Provides migration-, light- and weather-fastness. It is resistant to extreme temperature, chemicals as well as long-term exposure to weather... view more

Meteor® Plus Blue 9538 by BASF is Co/Al/Cr oxide based inorganic pigment. It is weather-, chemical and extreme temperature-resistance. Offers excellent light-, migration- and weather-fastness... view more

Meteor® Plus Brown 9730 by BASF is Mn/W/Ti oxide based inorganic pigment. It is resistant to extreme temperature, chemicals and long-term exposure to weather. It provides excellent migration... view more

Meteor® Plus Buff 9379 by BASF is Cr/Sb/Ti oxide inorganic pigment. It is resistant to extreme temperature, chemicals as well as long-term exposure to weather. Offers excellent light-, weather- and... view more

Meteor® Plus Buff 9379 FF by BASF is Cr/Sb/Ti oxide based inorganic pigment. It is resistant to extreme temperature, chemicals as well as long-term exposure to weather. Offers excellent light... view more

Meteor® Plus Buff 9399 FF by BASF is Fe/Ti/Al oxide based inorganic pigment. Provides excellent light-, migration- and weather fastness. It is resistant to extreme temperature, chemicals as well as... view more

Meteor® Plus Golden 9304 by BASF is Ni/W/Ti oxide based inorganic pigment. It is lightfast and resistant to extreme temperature, chemicals as well as long-term exposure to weather. Provides very... view more

Meteor® Plus Green 9444 by BASF is Co/Ti/Ni/Zn oxide based inorganic pigment. It is resistant to extreme temperature, chemicals as well as long-term exposure to weather. Offers excellent migration... view more

Meteor® Plus Red-Buff 9384 by BASF is Cr/W/Ti oxide based inorganic pigment. Offers excellent migration-, weather- and light fastness. It is resistant to extreme temperature, chemicals as well as... view more

Sicopal® Green K 9110 by BASF is Co/Li/Ti oxide inorganic green pigment with spinel structure based on various metal oxides. Possesses excellent fastness to light, migration and weathering. Sicopal®... view more

Sicotan® Brown NBK 2755 by BASF is Mn/Sb/Ti oxide inorganic brown pigment. Possesses excellent fastness to light, weathering, migration and chemicals even in extreme reductions. Its high heat... view more

Sicotan® Yellow K 2011 FG by BASF is Cr/Sb/Ti oxide. It is an inorganic yellow pigment. Possesses excellent fastness to light, migration, weathering, and chemicals even in extreme reductions. Its... view more

Sicotan® Yellow NBK 2085 by BASF is Cr/Sb/Ti oxide inorganic yellow pigment. Possesses excellent fastness to light, weathering, migration and chemicals even in extreme reductions. Its high heat... view more

Tinuvin® 213 by BASF is reaction product of methyl 3-(3-(2H-benzotriazole-2-yl)-5-t-butyl-4-hydroxyphenyl) propionate/ PEG 300. Acts as a UV absorber belonging to the hydroxyphenyl benzotriazole... view more

Tinuvin® 312 by BASF acts as a UV absorber belonging to the oxanilide class. Recommended for rigid and flexible PVC and polyesters. Exhibits excellent chemical resistance, no reactivity with... view more

Tinuvin® 622 SF by BASF is an oligomeric hindered amine light stabilizer (HALS). Furthermore, it is effective as antioxidant and contributes significantly to the long-term heat stability of... view more