Bayferrox® 130 M by Lanxess is a high-performance, micronized iron oxide pigment. It exhibits excellent dispersibility and shows resistance towards color change during high energy dispersion... view more

Bayferrox® 140 M by Lanxess is a high-performance, micronized iron oxide pigment. It shows resistance towards color change during high energy dispersion processes and possesses excellent... view more

Bayferrox® 160 M by Lanxess is a high-performance, micronized iron oxide red pigment. It exhibits excellent dispersibility and shows resistance towards color change during high energy dispersion... view more

Colortherm® Red 110 M by LANXESS is a heat-stable, micronized iron oxide pigment. It exhibits good dispersibility, even in processes which have short dwell times and relatively low shear forces. It... view more

Colortherm® Red 120 M LANXESS is a heat-stable, micronized iron oxide pigment. It shows good dispersibility, even in processes which have short dwell times and relatively low shear forces. It is... view more

Colortherm® Red 120 NM by LANXESS is a heat-stable, micronized iron oxide pigment. It possesses good dispersibility, even in processes which have short dwell times and relatively low shear forces... view more

Colortherm® Red 130 M by LANXESS is a heat-stable, micronized iron oxide pigment. It possesses good dispersibility, even in processes which have short dwell times and relatively low shear forces. It... view more

Colortherm® Red 140 M by LANXESS is a heat-stable, micronized iron oxide pigment. It possesses good dispersibility, even in processes which have short dwell times and relatively low shear forces. It... view more

Colortherm® Red 160 M by LANXESS is a heat-stable, micronized iron oxide pigment. It possesses good dispersibility, even in processes which have short dwell times and relatively low shear forces. It... view more

Colortherm® Red 180 M by LANXESS is a heat-stable, micronized iron oxide pigment. It does not migrate and is very light-fast and weather stable. It possesses good dispersibility, even in processes... view more