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 rutile fine blue satin interference pigment. It is chemically based on the mixture of mica, titanium dioxide and tin dioxide. Exhibits non-conductive... 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 a rutile fine blue satin interference pigment chemically based on mica, titanium dioxide and tin dioxide. Shows excellent particle size control & excellent light... 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. It is chemically based on the mixture of mica, titanium dioxide and tin dioxide. Offers excellent particle size... view more

KCPP® KC225 by Kuncai Americas is a rutile blue pearl interference pigment. Exhibits non-conductive, non-magnetic, non-agglomeration, easy dispersion and stable chemical properties. It is chemically... view more

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

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

KCPP® KC249 by Kuncai Americas is a rutile shimmer gold interference pigment. It is chemically based on the mixture of mica, titanium dioxide and tin dioxide. Provides non-conductive, non-magnetic... view more

KCPP® KC259 by Kuncai Americas is a rutile shimmer red interference pigment. Exhibits non-conductive, non-magnetic, non-agglomeration, easy dispersion and stable chemical properties. It is... view more

KCPP® KC269 by Kuncai Americas is a rutile shimmer rose red interference pigment. It is chemically based on the mixture of mica, titanium dioxide and tin dioxide. Exhibits non-conductive... view more