UV lamps are used in various applications, the most common being disinfection and curing
UV lamps are used
in a variety of applications, the most common of which are disinfection and
curing. UV germicidal lamps have made notable advances in the UV lamp market in
recent months. UV disinfection systems, which are well known for their
bactericidal and antiviral effects, have grown in popularity due to their
enormous potential in disinfecting multi-surface in the context of the COVID-19
pandemic. UV air treatment, curing lamps, tanning lamps, phototherapy lamps,
and ballast water treatment lamps are all examples of UV lamps. UV lamps are in
high demand in organizations' HVAC systems, including those in healthcare.
UV
lamps bactericidal effect has been
widely used in water treatment plants for disinfection over the last few
decades. The efficiency and cost-effectiveness of the systems have both
improved, which has aided in the evolution of the UV lamp. Another important
application is phototherapy, which involves the use of UV lights in infants to
treat neonatal jaundice. Certain UV wavelengths, particularly Narrowband UVB,
have also been found to be effective in the treatment of skin diseases.
Ultraviolet lamps
are made to produce UV radiation as efficiently as possible. Ultraviolet lamps
produce UV radiation with wavelengths ranging from 400 to 100 nanometers. When
electricity is applied to UV lamps, the mercury in the lamp tube is excited,
causing UV light to be emitted. UV lamps work by deactivating or disinfecting
the RNA and DNA of viruses, bacteria, and other pathogens, limiting their
ability to reproduce. Ultraviolet lamps have a number of advantages, including
environmental friendliness, long life, low current consumption, and low power
consumption. Because these lamps don't emit harmful chemicals, they're commonly
used for water treatment, air purification, and food and beverage sanitation.
The use of
ultraviolet lamps has been seen to increase at a significant rate due to their
smaller size, lower operating costs, reduced power consumption, easy disposal,
and flexibility to operate at various wavelengths.
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