Zetafil

Zetafil CST 1 is described on a very white and pure crystalline CaCO3 raw material. Zetafil CST 1 is specially coated by an organic agent which transforms the surface of the inorganic particles into an organic one, thus achieving full compatibility of the filler to the resin. Due to its special particle size distribution and hydrophobic surface, Zetafil CST 1 is easily dispersed. Zetafil CST 1’s brightness value enables formulators to economize in Titanium Dioxide. The abrasive index of Zetafil cst 1 is exceptionally low due to the purity of the raw material, the fineness of its particles and the coating of its surface.

Zetafil CST 3 is described on a very white, pure crystalline CaCO3. Zetafil CST 3 is coated by an organic agent which transforms the surface of the inorganic particles to an organic one, thus achieving full compatibility of the filler to an organic media. Due to its special particle size distribution, Zetafil CST3 is easily dispersed and can increase the % of fillers in the compound and coatings. Zetafil cst 3’s high brightness value assists the reduction of TiO2 in white compounds or coatings.

Zetafil CST CA is described on a very white, pure crystalline CaCO3. It is coated by an organic agent which transforms the surface of the inorganic particles to an organic one, thus achieving full compatibility of the filler to an organic media. Due to its special particle size distribution, Zetafil CST CA is easily dispersed (especially in compounds for cables). Zetafil CST CA’s brightness value enables formulators to economize in Titanium Dioxide by reducing its percentages in the end product.