Silanna UV is pleased to announce its new NozzleShield UV Water Dispenser Disinfection Application. This innovative technology uses 235nm (235 nanometre wavelength) UV-C LEDs to rapidly disinfect water dispensers, effectively eliminating bacteria and virus buildup. This ensures that water dispensers remain free from harmful bacteria, providing a significant benefit for companies looking to enhance their product features. Scientific Tests Confirm Safety and Efficacy Many studies demonstrate the effectiveness of Far UV-C against various pathogens, including S...

Silanna UV is pleased to announce the release of its next generation Far UVC LED, the SF2-3T9B5L1-TB, which exceeds even the popular SF1 series, with UVC wavelengths down to 230nm (typical 233nm); doubled output power; and 2x improvement in temperature stability. This new SF2 UVC LED is encapsulated in a standard compact Transistor Outline (TO-can) package. The SF2 is designed for precise detection and reliable disinfection in demanding environments, with the collimated ball lens providing a 17° effective beam angle. It is ideal for detection of ...

Silanna UV’s Ultraviolet LEDs effectively inactivate multiple H5N1 avian influenza virus strains within seconds, according to recent research by scientists at the University of Siena. The research showed strong viral reduction of up to 99.999% with Silanna’s 235nm Far Ultraviolet C (UVC) LEDs. The company’s Far-UVC LEDs support applications in public health protection, pandemic preparedness, and agricultural biosecurity. Avian flu has severely disrupted agricultural markets and food production, posing a major public health threat. Earli...

Detects Nitrates and Organics Rapidly – Environmentally Safe, Low Power, and Long Lifetime BRISBANE, Australia, Oct. 19, 2023 /PRNewswire/ -- Silanna UV will demonstrate innovative new technology for detection of nitrates and organic compounds in water at AQUATECH Amsterdam from November 6 to 9, 2023. Contamination of water by nitrates and organic compounds is a growing problem, and regulations to protect the public from this threat are increasingly stringent. Silanna UV at AQUATECH Amsterdam 2023 At AQUATECH, Silan...

ICULTA Berlin UV LED conference to see high power at short wavelengths and exceptional lifetime News Highlights New SPSL ultraviolet LED manufacturing technology Presentation at ICULTA Berlin UV LED Conference Based on advanced nanostructure materials Ideal for ultraviolet disinfection of air, water and surfaces Many more applications in science and water sensing and gas sensing industry Superior to older manufacturing methods Brisbane, Australia, 6 April 2023 – New technology that pushes the boundaries of ...

SF1 series UV-C LEDS: A better way to detect nitrate contamination in water Nitrate contamination of drinking water is a growing global threat Silanna UV’s new SF1 LEDs detect nitrates in water faster and cheaper Full nitrate detector reference design available Ideal for cost-effective, fast, reliable, low-power contamination detection Based on new, patented ultraviolet LED manufacturing technology Brisbane, Australia, 17th November, 2022 – Newly-developed ultraviolet LEDs from Silanna UV are ready to take Nitrate S...

Sets new record for output power at 235 nm, offers exceptional lifetime performance Brisbane, Australia, 12th October, 2022 - Silanna UV has announced new far UV-C and deep UV-C LEDs that take advantage of the company’s patented short period superlattice (SPSL) technology for industry-leading performance in the difficult-to-obtain 230 – 265 nm UV range – including the highest output power in any mass-produced UV LED at 235 nm. The far UV-C 235 nm SF1 series and deep UV-C 255 nm SN3 series are both available in either 12...

Easy wavelength tuning, higher power at short wavelengths, and exceptional lifetime performance Brisbane, Australia, 15 September, 2022 - A major breakthrough in UV-C LED technology from Silanna UV offers huge advantages for applications as diverse as disinfection, water quality monitoring, gas sensing, liquid chromatography, and chemical and biological analysis. The new manufacturing approach promises to make deep ultraviolet and far ultraviolet LEDs easier to make, more efficient at shorter wavelengths, and more reliable. With the renewed focus on air, water and surfac...