KESAPLAST 8812 supplied by FARRL is a non-stabilized tris(2-ethylhexyl) trimellitate (TOTM) and acts as a plasticizer. This relatively high molecular weight monomeric ester offers excellent... view more

Ken-React® KR® 12 supplied by FARRL is a titanate product based on titanium IV, class monoalkoxy, with phosphato functionality. It has low viscosity and solid content of min. 95%. It can be used in... view more

Ken-React® KR® 138S supplied by FARRL is a titanate product based on titanium IV, class oxyacetate chelate, with pyrophosphate functionality. It has low viscosity and solid content of min. 99%. It... view more

Ken-React® KR® 55 supplied by FARRL is a titanate product based on titanium IV, class coordinate, with phosphito functionality. It has low viscosity and solid content of min. 98%. It helps in... view more

Ken-React® KR® TTS supplied by FARRL is a titanate product based on titanium IV, class monoalkoxy, with isostearoyl functionality. It has low viscosity and solid content of min. 95%. It helps in... view more

10406 by Ferro is a chrome antimony titanium rutile pigment. It provides clean, buff shade, opaque to visible light with high NIR reflectance ("cool pigment"). Exhibits ease of dispersion, excellent... view more

10408H by Ferro is chrome antimony titanium buff rutile pigment. It offers opaque to visible light with moderate NIR reflectance ("cool pigment"). Exhibits ease of dispersion, excellent dimensional... view more

10550 by Ferro is a manganese antimony titanium buff rutile pigment. It is suitable for polyolefins, PS, ABS, engineering polymers, PVC, silicones and rubber applications. It is opaque to visible... view more

24-3060 by Ferro is manganese ferrite spinel inorganic pigment with a very bluish shade. It is opaque to visible light and is UV/NIR absorbent. It exhibits high tinting strength and is opaque to... view more

24-3061 by Ferro is spinel structured, standard black inorganic pigment. It is UV/NIR absorbent. It is opaque to visible light and provides ease of dispersion, excellent dimensional stability, no... view more