Technologies

Reversible Thermochromic

Thermochromic compound color change as function of increasing temperatures

Thermochromic compound color change as function of increasing temperatures     The ability to reversibly change color at a predetermined temperature threshold is very useful as a temperature sensor. Such sensors can give visible warning of overheating, to indicate an irregularity. The company has developed new non-toxic Thermochromic dyes that can be incorporated into a

Reversible Photochromic

Photochromic compound color change as function of increasing UV levels

Photochromic compound color change as function of increasing UV levels   The ability to reversibly change color and transparency as a function of the sun’s intensity is very useful in controlling the harmful effects of sunlight. The company has developed new non-toxic Photochromic dyes that can be incorporated into a variety of commercial polymers and

Irreversible Photochromic

UV warning band color changes due to the sun UV radiation accumulation.

UV warning band color changes due to the sun UV radiation accumulation.   The ability to have irreversibly change color as function of predetermined dose of UV radiation is very useful in developing simple and affordable UV dosimeters. The company has developed new non-toxic organic Photochromic dyes that can be incorporated into a variety of

Irreversible Thermochromic

Illustrated color changes due to temperature-time accumulation of TTI

Illustrated color changes due to temperature-time accumulation of TTI   The property of irreversible color change in response to temperature exposure over time, enables the development of a temperature-time indicator (TTI). The company has developed new non-toxic Thermochromic organic dyes, which can be incorporated into a variety of commercial ink and paints. The TTI can