The document provides an overview of UV lamp suppliers, specifically focusing on UV-C germicidal lamps that emit ultraviolet radiation at 253.7 nm for disinfection purposes. It discusses various applications including air and water purification, and highlights the increased demand for these lamps due to COVID-19 concerns. Additionally, safety considerations regarding UV exposure and the effectiveness of UV-C compared to UVB for sterilization are emphasized.

1. Get to know in detail about
U.V. lamp suppliers

2. .U.V.C. Germicidal Lamps efficiently emit a significant number of ultraviolet radiation with a
germicidal impact of 253.7 nm (nanometers). These lamps have the same structure and
electrical characteristics as regular fluorescent lights, but they use U.V. ray glass to transmit
ultraviolet rays at 253.7 nm efficiently. You can know about U.V. lamp suppliers in Delhi.
Ultraviolet equipment is a type of germicidal light used for various purposes, including
quality inspection, U.V. curing, forensics, leak detection, bacterial identification, polymer
curing, and more. There are many options for U.V. lamp suppliers in Mumbai, among which
you can choose the best. For an ordinary laboratory to industrial applications, they offer the
whole electromagnetic spectrum, including UVA (blacklight or longwave), UVB (midrange),
and U.V.C. (germicidal shortwave). Choose from lamps, lights, crosslinkers, viewing cabinets,
and radiometers in our inventory.
Why the demand for U.V. lamp suppliers has increased?
Consumers may be interested in purchasing ultraviolet-C (U.V.C.) lamps to disinfect surfaces
in the house or comparable areas, given the current Coronavirus Sickness 2019 (COVID-19)
disease caused by the new coronavirus SARS-CoV-2. You can look for the best U.V. lamp
suppliers in India. UVC radiation is a disinfectant that can disinfect the air, water, and
nonporous surfaces. For decades, U.V.C. radiation has effectively prevented the spread of
microorganisms such as tuberculosis. U.V.C. lamps are often referred to as "germicidal"
lamps.
Only when a virus is directly exposed to U.V.C. rays can it be rendered inactive. As a result,
virus inactivation on surfaces may be ineffective due to the blockage of U.V. rays by dirt,
such as dust, or other pollutants, such as body fluids. Because many U.V.C. lamps available
for household use have a low dose, it may take more exposure to a given surface area to
effectively inactivate a bacteria or virus.
UVC radiation is often used to cleanse the air inside air ducts. Because direct U.V.C.
exposure to human skin or eyes can cause damage, and U.V.C. installation within an air duct
is less likely to cause skin and eye exposure, this is the safest approach to use U.V.C.
radiation. There have been complaints of skin and eye burns due to U.V.C. lamps being
installed incorrectly in human-occupied rooms.
Final thoughts
A wide range of sizes, forms, and U.V. ray outputs are available, allowing the most suited
one to be chosen based on the application. The Ultraviolet Lamps are mainly used to
sterilize air, various materials' surfaces, and water or liquid. ACCORDING TO SOME DATA,
other SARS viruses may be inactivated by UVB radiation (not SARS-CoV-2). On the other
hand, UVB radiation is less effective than U.V.C. at doing so and is more dangerous to
humans than U.V.C. radiation because it can penetrate deeper into the skin and eye. UVB is
known to damage D.N.A. and is linked to the development of skin cancer and cataracts.

3. CONTACT US
Supercure Lamps
Address -B-27 Basement, Kirti Nagar, New Delhi -
110015
Website - https://www.superuv.in/
Call us - +91 99100 19999
Email- sales@superuv.in