Aluminum based non-leafing pigment in 25% polyolefin carrier. Offers metallic effect. Used to make concentrates or compounds for use in final processing by injection molding, extrusion, blow molding... view more

Aluminum based non-leafing high glitter pigment dampened with mineral oil. Offers metallic look. Produced by a low shear process for easy dispersion. Exhibits bright metallic effects with small... view more

Aluminum based non-leafing high glitter pigment dampened with dioctyl adipate (DOA). Produced by a low shear process for easy dispersion. Exhibits strong metallic effects with small grain aesthetics... view more

Aluminum based non-leafing glitter pigment in 30% polyethylene carrier. Offers metallic look. Produced by a low shear process for easy dispersion. Produces very clean chromatic effects when used... view more

Aluminum based non-leafing glitter pigment in 30% polyethylene carrier. Offers high sparkling effect. Produced by a low shear process for easy dispersion. Produces clean chromatic effects when used... view more

Aluminum based non-leafing high glitter pigment dampened with mineral oil. Offers metallic look. Produced by a low shear process for easy dispersion. Produces strong metallic effects when used... view more

Aluminum pigment in 30% polyolefin carrier. Offers metallic look. Produced by a low shear process for easy dispersion. Exhibits very clean chromatic effects when used with transparent pigments and... view more

Aluminum based glitter pigment in PE wax carrier resin. Offers metallic look. Produced by a low shear process for easy dispersion. Used to produce the appearance of brushed steel or anodized... view more

Aluminum based non-leafing high glitter pigment dampened with mineral oil. Produces strong metallic effects with coarse grain aesthetics. Offers clean chromatic effects when used with transparent... view more

Aluminum based non-leafing high glitter pigment dampened with dioctyl adipate (DOA). Produced by a low shear process for easy dispersion. Exhibits strong metallic effects with coarse grain... view more