KCPP® KC100 by Kuncai Americas is a pearlescent satin, silver pearl effect pigment. It is chemically based on the mixture of mica and titanium dioxide. Exhibits non-conductive, non-magnetic... view more

KCPP® KC103 by Kuncai Americas is a mica, titanium dioxide and tin dioxide based pearlescent pigment. It is rutile sterling silver white in color. Possesses non-conductive, non-magnetic... view more

KCPP® KC108 by Kuncai Americas is a pearlescent, fine satin, silver white effect pigment. Exhibits non-conductive, non-magnetic, non-agglomeration, easy dispersion and stable chemical properties... view more

KCPP® KC110 by Kuncai Americas is a silver white effect, pearlescent, fine satin pigment. Possesses non-conductive, non-magnetic, non-agglomeration, easy dispersion and stable chemical properties... view more

KCPP® KC111 by Kuncai Americas is a pearlescent, rutile fine satin, silver white effect pigment. It is chemically based on the mixture of mica, titanium dioxide and tin dioxide. Provides excellent... view more

KCPP® KC11401 by Kuncai Americas is a black pearl pigment. It is chemically based on the mixture of synthetic mica, titanium dioxide and ferric oxide. Offers excellent particle size control &... view more

KCPP® KC11402 by Kuncai Americas is a black pearl pigment. based on synthetic mica, titanium dioxide and ferric oxide. Offers excellent particle size control & excellent light-, heat-, weather... view more

KCPP® KC118 by Kuncai Americas is a pearlescent, fine satin, silver white effect pigment. It is chemically based on the mixture of mica and titanium dioxide. Exhibits non-conductive, non-magnetic... view more

KCPP® KC119 by Kuncai Americas is a pearlescent pigment. Shows a rutile fine satin, silver white effect. Offers non-agglomeration, easy dispersion, non-conductive, non-magnetic and stable chemical... view more

KCPP® KC120 by Kuncai Americas is a satin, pearlescent silver white effect pigment. It is chemically based on the mixture of mica and titanium dioxide. Exhibits non-conductive, non-magnetic... view more

KCPP® KC121 by Kuncai Americas is a silver white pearlescent effect, rutile satin pigment. It is chemically based on the mixture of mica, titanium dioxide and tin dioxide. Provides... view more

KCPP® KC123 by Kuncai Americas is a pearlescent effect pigment in silver white shade. Exhibits non-agglomeration, easy dispersion, non-conductive, non-magnetic and stable chemical properties. Offers... view more

KCPP® KC150 by Kuncai Americas is a pearlescent silver white effect pigment. It is chemically based on the mixture of mica and titanium dioxide. Shows non-conductive, non-magnetic... view more

KCPP® KC151 by Kuncai Americas is a silver white pearlescent pigment. It is based on mica, titanium dioxide and tin dioxide mixture. Offers non-conductive, non-magnetic, non-agglomeration, easy... view more

KCPP® KC153 by Kuncai Americas is a pearlescent effect pigment. It is chemically based on the mixture of mica, titanium dioxide and tin dioxide. It is flash silver white in color. Offers excellent... view more

KCPP® KC163 by Kuncai Americas is a shimmer, silver white effect pearlescent pigment. Exhibits non-conductive, non-magnetic, non-agglomeration, easy dispersion and stable chemical properties. It is... view more

KCPP® KC173 by Kuncai Americas is a pearlescent pigment with a silver white effect. It is chemically based on the mixture of mica and titanium dioxide. Possesses non-conductive, non-magnetic... view more

KCPP® KC183 by Kuncai Americas is a special flash, silver white effect pearlescent pigment. Possesses non-conductive, non-magnetic, non-agglomeration, easy dispersion and stable chemical properties... view more

KCPP® KC2001 by Kuncai Americas is a rutile fine gold satin interference pigment. It is chemically based on the mixture of mica, titanium dioxide and tin dioxide. Exhibits non-conductive... view more

KCPP® KC201 by Kuncai Americas is an interference pigment in rutile fine gold satin shade. It is chemically based on the mixture of mica, titanium dioxide and tin dioxide. Offers excellent particle... view more