Metal complex orange acid dye. It is formulated into a solution with glycol ether solvents. It is fast drying, has superior dye light fastness, high color strength & low viscosity and shows... view more

Metal complex red acid dye. It is formulated into a solution with glycol ether solvents. It is fast drying, has superior dye light fastness, high color strength & low viscosity and shows... view more

Metal complex red acid dye. It is formulated into a solution with glycol ether solvents. It is fast drying, has superior dye light fastness, high color strength & low viscosity and shows... view more

Metal complex blue acid dye. It is formulated into a solution with glycol ether solvents. It is fast drying, has superior dye light fastness, high color strength & low viscosity and shows... view more

Green azo acid dye. It is formulated into a solution with glycol ether solvents. It is fast drying, has superior dye light fastness, high color strength & low viscosity and shows compatibility with... view more

Metal complex violet acid dye. It is formulated into a solution with glycol ether solvents. It is fast drying, has superior dye light fastness, high color strength & low viscosity and shows... view more

Yellow azo acid dye. It is formulated into a solution with glycol ether solvents. It is fast drying, has superior dye light fastness, high color strength & low viscosity and shows compatibility with... view more

Metal complex yellow acid dye. It is formulated into a solution with glycol ether solvents. It is fast drying, has superior dye light fastness, high color strength & low viscosity and shows... view more

Mica in core. Acts as a static dissipative agent and conductivity improver. It has excellent flexibility and durability. It is stable, retains its conductive properties regardless of temperature and... view more

Titanium dioxide in core. Acts as a static dissipative agent and conductivity improver. It has excellent flexibility, light color and durability. It is stable, retains its conductive properties... view more

Silica in core. Acts as a static dissipative agent and conductivity improver. It has excellent flexibility and durability. It is stable, retains its conductive properties regardless of temperature... view more

Antimony-doped tin oxide. Acts as a static dissipative agent and conductivity improver. It has excellent flexibility, light color and durability. It is stable, retains its conductive properties... view more

Titanium dioxide in core. Acts as a static dissipative agent and conductivity improver. It has excellent flexibility, light color and durability. It is stable, retains its conductive properties... view more