FOR IMMEDIATE RELEASE
Silanna
UV Revolutionizes Far UV-C and Deep UV-C LEDs with New Tech
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 120-degree or 30-degree viewing angle SMD packages,
making them ideal for a wide range of tasks. The 30-degree package’s
parabolic lens provides greater irradiance than even traditional UV
lamps. Both the SF1 and SN3 series boast low power consumption and have
exceptional operating lifetimes.
These new LEDs offer the perfect solution for various deep UV and far
UV use cases such as sterilization, water and gas sensing, and
instrumentation applications. The SF1 and SN3 series are powerful,
small footprint deep UV-C emitting devices that deliver long lifetimes
and high conversion efficiency.
SF1:
UV-C LEDs for nitrate sensing, gas detection, liquid chromatography
The
235 nm peak wavelength SF1 series comprises the 120-degree
view angle (SF1-3C3FWL1), and the 30-degree (SF1-3U8P3L1). These far UV
LEDs are effective for water quality detection of nitrate (NO3) and
nitrite (NO2), gas detection and high performance liquid chromatography
(HPLC). Sensing applications will be enhanced by the higher irradiance
of the SF1-3U8P3L1’s 30-degree collimated source design.
SN3:
UV-C LEDs for COD, suspended solids, ozone detection, medical analyzers
Silanna’s 255 nm deep UV-C SN3 series is
ideal for water quality applications, including UV254 organic compound
sensors, chemical oxygen demand monitoring, and measurement of
suspended solids. Other application of the SN3 series are ozone gas
(O3) detectors and medical analyzers. Both 120-degree (SN3-5C3FWL1) and
30-degree (SN3-5U8P3L1) package versions are available. The 30-degree
collimated source design of the SN3-5U8P3L1 package offers higher
irradiance for enhanced resolution in sensing applications.
Revolutionary
SPSL technology
Silanna UV’s groundbreaking patented SPSL approach overcomes many of
the difficulties that plague competing AlGaN UV-C LED technologies. By
engineering a nanostructure from alternating layers of AlN and GaN,
Silanna UV have developed a new material that is easier to control, and
which has far superior properties to traditional AlGaN. Silanna’s SPSL
mitigates several issues that AlGaN has for short wavelength LEDs - in
particular, the older method’s poor light extraction and electrical
performance. This means revolutionary benefits for UV-C LED quality.
For more information on Silanna UV’s technology and UV-C LED products,
please contact the Sales Team at [email protected].
About
Silanna UV
The Silanna Group is an Australian semiconductor manufacturer
established in 2006. Privately funded since being acquired from
Peregrine Semiconductor in 2008, Silanna UV is an ISO 9001:2015
certified solution provider for UV-C LED manufacturing. Based in
Brisbane, Australia, they provide far UV-C light sources for water
quality sensors, gas sensors, disinfection, and HPLC applications.
Silanna UV’s innovative approach allows UV LED technology to push
toward shorter wavelengths, from 230 nm to 265 nm, including deep UV-C
and far UV-C ranges. The company boasts unique epitaxy capabilities and
holds patents related to UV LED technology. With its unique approach,
Silanna UV strives to create new possibilities by pushing UV wavelength
boundaries to the limit. To learn more, please visit http://www.silannauv.com/.