NS Nanotech Teams Up with Kryptolights to Offer Far-UVC Sterilization for a Host of Consumer and Commercial Applications – PR Web

NS Nanotech will highlight its ShortWaveLight Emitter technology at the virtual CES consumer electronics exhibition next week.

ANN ARBOR, Mich. (PRWEB) January 05, 2021

Kryptolights is utilizing revolutionary technology in a new suite of commercial and residential products poised to redefine the way we cleanse pathogens from the environment and interact with the world around us. Known as ShortWaveLight Emitters, NS Nanotechs groundbreaking nanotechnology neutralizes coronavirus and other pathogens with far-UVC disinfecting light.

At the virtual CES consumer electronics exhibition next week, NS Nanotech will highlight its ShortWaveLight Emitter technology, including applications that Kryptolights has under development to clean air and surfaces. Registered attendees will be able to visit the NS Nanotech virtual CES booth to learn more (search NS Nanotech in the CES exhibitor directory).

This essential technology is vital to curbing the current pandemic and in preventing one in the future. Many industries could utilize our products to regain peoples trust by offering customers a clean environment to conduct business, explains Kryptolights Co-Founder Shey Godoy. We know this tech will be a big part of the future. This spectrum of light offers normalcy, as it can seamlessly integrate into peoples businesses and lives.

Far UVC: A New Kind of UV Disinfection

The market for disinfection solutions utilizing ultraviolet light is 100 years old. But the COVID-19 pandemic set suppliers in the UV market on fire in 2020 to address the unprecedented disruption to the global economy and daily life for communities worldwide. The range of UV light known as far-UVC can inactivate pathogens, including coronaviruses, by attacking their RNA and making it impossible for them to reproduce. And recent scientific studies have found that with its short wavelength of 230 nanometers or less, far-UVC light does not penetrate living cells on the surfaces of skin and eyes.

Revolutionary solid-state nanotechnologies from NS Nanotech are making it practical to deploy shortwave far-UVC light in many settings, says Godoy. Unlike standard UV bulbs, which operate at high temperatures and require the use of caustic gases, the solid-state ShortWaveLight Emitters run cool, are smaller, and do not use dangerous materials. Whereas previous UV emitters were difficult to operate, now we can bring Kryptolights UltraClean solutions to the market and make a difference in everyones lives.

We are delighted to announce our partnership with Kryptolights on the eve of CES, where we can showcase the revolutionary properties and potential of far-UVC disinfecting light, says NS Nanotech CEO and Co-Founder Seth Coe-Sullivan. We designed our new solid-state far-UVC ShortWaveLight Emitters to be useful for thousands of applications that will protect consumers and businesses from coronavirus and future pathogens. Kryptolights is an early adopter already developing innovative far-UVC disinfection solutions that we expect will have a big impact in the near future and in coming years.

About NS Nanotech

NS Nanotechs patented technologies, drawing on a decade of work on nitride semiconductors by researchers at McGill University and the University of Michigan, dramatically improve the fabrication process and resulting efficiency of nano-scale light-emitting materials. NS Nanotech ShortWaveLight Emitters are the first devices that utilize solid-state semiconductors to generate far-UVC light.

About Kryptolights

Kryptolights is spearheading the advance of Far UVC technology into daily life. Utilizing expertise in spectrum-specific lighting and product brand UltraClean UV, germicidal lighting is coming to the residential and commercial marketplaces through products such as HomeSafe, Cleanse Light, and the Kryptolight Saber.

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NS Nanotech Teams Up with Kryptolights to Offer Far-UVC Sterilization for a Host of Consumer and Commercial Applications - PR Web