Epolight™ 5547 Near Infrared Dye by Epolin exhibits very high absorptivity. Possesses insolubility in water. Suitable for acrylic thermoplastics... view more

Epolight™ 7276B by Epolin is a visible opaque dye. Also known as near infrared cut on filters or long wavelength band pass filters. They are designed to block UV and visible light i.e. (350 to 700 nm)... view more

Epolight™ 7276C by Epolin is a visible opaque dye. Also known as near infrared cut on filters or long wavelength band pass filters. They are designed to block UV and visible light i.e. (350 to 650 nm... view more

It is a visible opaque dye. Also known as near infrared cut on filters or long wavelength band pass filters. They are designed to block UV and visible light i.e. (350 to 950 nm ) while transmitting... view more

It is a visible opaque dye. Also known as near infrared cut on filters or long wavelength band pass filters. They are designed to block UV and visible light i.e. (350 to 850 nm ) while transmitting... view more

It is a visible opaque dye. Also known as near infrared cut on filters or long wavelength band pass filters. They are designed to block UV and visible light i.e. (300 to 450 nm ) while transmitting... view more

Tetrakis amminium structure. It appears as a green powder with broad band infrared absorption. It can absorb in NIR (near infrared) out to 1650nm. It is suitable for injection molding with high melt... view more

Tris amminium structure. It provides an excellent visible light transmission for a monovalent amminium dye. It appears as a green powder with maximum absorption at wavelength 990 nm. It is suitable... view more

Tris amminium structure. It provides an excellent visible light transmission for a monovalent amminium dye. It appears as a green powder with maximum absorption at wavelength 977 nm. It is suitable... view more

Tris amminium structure. It provides an excellent visible light transmission for a monovalent amminium dye. It appears as a green powder with maximum absorption at wavelength 993 nm. It is suitable... view more

Dithiolene nickel. It provides an excellent visible light transmission. It shows good thermal stability but has low solubility in most organic solvents. It appears as a black powder with maximum... view more

Dithiolene nickel. It provides an excellent visible light transmission. It shows good thermal stability and solubility in most organic solvents. It appears as a black powder with maximum absorption... view more

Dithiolene nickel. It provides an excellent visible light transmission. It shows good thermal stability and solubility in most organic solvents. It appears as a dark blue powder with maximum... view more

Dithiolene nickel. It shows an excellent thermal stability. It appears as a dark brown powder with maximum absorption at wavelength 1054 nm. It is suitable for injection molding but not for... view more

Dithiolene nickel. It provides an excellent visible light transmission. It shows good thermal stability and appears as a black powder with maximum absorption at wavelength 771 nm. It is suitable for... view more

Dithiolene nickel. It shows an excellent thermal stability and low solubility in most organic solvents. It appears as a black powder with maximum absorption at wavelength 892 nm. It is suitable for... view more

Dithiolene nickel. It shows an excellent thermal stability, light stability and low solubility in most organic solvents. It appears as a black powder with maximum absorption at wavelength 950 nm. It... view more

Dithiolene nickel. It shows an excellent thermal stability, light stability and low solubility in most organic solvents. It appears as a brown powder with maximum absorption at wavelength 924 nm. It... view more

Dithiolene nickel. It shows an excellent thermal stability. It appears as a black powder with maximum absorption at wavelength 886 nm. It is suitable for high temperature injection molding but not... view more

Dithiolene nickel. It shows an excellent thermal stability. It appears as a black powder with maximum absorption at wavelength 890 nm. It is suitable for high temperature injection molding... view more