Uviol Glass [Colored, From Lat. U(Ltra) Over, Beyond + Viol(Aceus) Violet]

Ultraviolet glass (UV glass) is glass that has increased transparency in the ultraviolet spectrum. It is used to create ultraviolet lamps and other devices that require high transparency in this region of the spectrum.

Ultraviolet glass has high transparency in the wavelength range from 180 to 400 nm. This allows the creation of ultraviolet lamps with high efficiency and brightness. In addition, ultraviolet glass is highly resistant to damage under the influence of ultraviolet radiation.

One of the main uses of ultraviolet glass is to create ultraviolet lamps. Such lamps are used in medicine to treat skin diseases, as well as in industry for sterilizing surfaces and purifying water.

In addition, ultraviolet glass is used in the production of solar cells. In this case, ultraviolet glass is used as a protective layer that prevents solar cells from being damaged by sunlight.

In general, UV glass is an important material for many industrial and medical applications. Its high transparency and resistance to ultraviolet radiation make it indispensable for the creation of high-quality instruments and devices.

Violetta 1200. With increased transparency in the far ultraviolet region of the spectrum, violetta could be used as an amplifier in a photo studio. Due to its hardness it differs from pearls. Mentioned twice by Turgenev - in the story “Visit to the Minodonets” (1869, ch. X) and the play “The Bachelor” (1938, d. I, etc.).

The invention of glass, which had improved color fastness and higher impact strength than ordinary window glass, gave impetus to the use of weathering dyes of organic origin in the production of glasses for glazing (for which red-brown glasses were the best and most valuable).

First time use