Mica flakes coated by metallic oxide layer with iron oxide. It is a violet pearl pearlescent pigment. It can be fully dispersed in solvent base and waterborne system. It is electrically insulated... view more

Mica flakes coated by metallic oxide layer with iron oxide. It is a blue pearl pearlescent pigment. It can be fully dispersed in solvent base and waterborne system. It is electrically insulated, has... view more

Mica flakes coated by metallic oxide layer with iron oxide. It is a green pearl pearlescent pigment. It can be fully dispersed in solvent base and waterborne system. It is electrically insulated... view more

Mica flakes coated by metallic oxide layer with iron oxide. It is a shimmer gold pearlescent pigment. It can be fully dispersed in solvent base and waterborne system. It is electrically insulated... view more

Mica flakes coated by metallic oxide layer with iron oxide. It is an aztec gold pearl pearlescent pigment. It can be fully dispersed in solvent base and waterborne system. It is electrically... view more

YAYANG™ Y201 by YAYANG Global is a satin-gold colored interference pearl pigment. It consists of mica flakes coated with rutile titanium dioxide. An optical interference phenomenon is caused due to... view more

YAYANG™ Y205 by YAYANG Global is a super-gold colored interference pearl pigment. It consists of mica flakes coated with rutile titanium dioxide. An optical interference phenomenon is caused due to... view more

YAYANG™ Y211 supplied by YAYANG Global is a satin-red colored interference pearl pigment. It consists of mica flakes coated with rutile titanium dioxide. An optical interference phenomenon is caused... view more

YAYANG™ Y215 by YAYANG Global is a super-red colored interference pearl pigment. It consists of mica flakes coated with rutile titanium dioxide. YAYANG™ Y215 is used in paints, coatings and printing... view more

YAYANG™ Y217 by YAYANG Global is a super-orange colored interference pearl pigment. It consists of mica flakes coated with rutile titanium dioxide. An optical interference phenomenon is caused due... view more