KCPP® KC2011 by Kuncai Americas is a rutile fine red satin interference pigment. Exhibits non-conductive, non-magnetic, non-agglomeration, easy dispersion and stable chemical properties. It is... view more

KCPP® KC2021 by Kuncai Americas is an interference pigment having rutile fine violet satin shade. Offers excellent particle size control & excellent light-, heat-, weather-, acid- and alkali... view more

KCPP® KC2023 by Kuncai Americas is a mica, titanium dioxide and tin dioxide based interference pigment. It is rutile fine violet satin in color. Exhibits non-conductive, non-magnetic... view more

KCPP® KC2031 by Kuncai Americas is a rutile fine green satin interference pigment based on the mixture of mica, titanium dioxide and tin dioxide. Possesses non-conductive, non-magnetic... view more

KCPP® KC205 by Kuncai Americas is a rutile platinum pearl interference pigment. Exhibits non-conductive, non-magnetic, non-agglomeration, easy dispersion and stable chemical properties. Provides... view more

KCPP® KC205A by Kuncai Americas is an interference rutile golden pearl pigment. Possesses non-conductive, non-magnetic, non-agglomeration, easy dispersion and stable chemical properties. It is... view more

KCPP® KC211 by Kuncai Americas is a rutile fine red satin interference pigment. Offers non-conductive, non-magnetic, non-agglomeration, easy dispersion and stable chemical properties. It is... view more

KCPP® KC215 by Kuncai Americas is a mica, titanium dioxide and tin dioxide based rutile red pearl interference pigment. Offers excellent particle size control & excellent light-, heat-, weather... view more

KCPP® KC217 by Kuncai Americas is a rutile copper pearl interference pigment based on mica, titanium dioxide and tin dioxide. Possesses non-conductive, non-magnetic, non-agglomeration, easy... view more

KCPP® KC218 by Kuncai Americas is a rutile flamboyant pearl interference pigment. Offers non-conductive, non-magnetic, non-agglomeration, easy dispersion and stable chemical properties. Provides... view more

KCPP® KC219 by Kuncai Americas is an interference pigment with rutile violet pearl shade. Offers excellent particle size control & excellent light-, heat-, weather-, acid- and alkali resistance. It... view more

KCPP® KC221 by Kuncai Americas is an interference pigment. It is chemically based on the mixture of mica, titanium dioxide and tin dioxide. It is rutile fine blue satin in color. Exhibits... view more

KCPP® KC223 by Kuncai Americas is an interference rutile fine violet satin pigment. Exhibits non-conductive, non-magnetic, non-agglomeration, easy dispersion and stable chemical properties. It is... view more

KCPP® KC224 by Kuncai Americas is a rutile violaceous pearl interference pigment. Offers excellent particle size control & excellent light-, heat-, weather-, acid- and alkali resistance. It is... view more

KCPP® KC225 by Kuncai Americas is a rutile blue pearl interference pigment based on mica, titanium dioxide and tin dioxide. Offers excellent particle size control & excellent light-, heat... view more

KCPP® KC231 by Kuncai Americas is an interference pigment. It is chemically based on the mixture of mica, titanium dioxide and tin dioxide. It is rutile fine green satin in color. Exhibits... view more

KCPP® KC235 by Kuncai Americas is a rutile green pearl interference pigment based on mica, titanium dioxide and tin dioxide. Exhibits non-conductive, non-magnetic, non-agglomeration, easy dispersion... view more

KCPP® KC249 by Kuncai Americas is an interference pigment. It has a rutile shimmer gold shade. Offers excellent particle size control & excellent light-, heat-, weather-, acid- and alkali... view more

KCPP® KC259 by Kuncai Americas is a rutile shimmer red interference pigment. It is chemically based on the mixture of mica, titanium dioxide and tin dioxide. Possesses non-conductive, non-magnetic... view more

KCPP® KC269 by Kuncai Americas is an interference pigment in rutile shimmer rose red color. Offers excellent particle size control & excellent light-, heat-, weather-, acid- and alkali resistance... view more