#Australia #Brisbane #Silanna UV #Far UVC LED #disinfection tech

Silanna UV Unveils Enhanced Next Gen SF2 230nm Far UVC LED

Silanna UV has officially announced the introduction of its latest innovation in UV LED technology, the SF2-3T9B5L1-TB, which boasts significant enhancements over its predecessor, the SF1 series. This groundbreaking far UVC LED operates at UVC wavelengths down to 230nm, achieving a typical wavelength of around 233nm. The new model features an impressive doubling of output power along with a remarkable improvement in temperature stability, setting a new standard in the field of UV technology.

Key Features of the SF2 Far UVC LED

The SF2 is tailored for precision detection and effective disinfection in challenging environments. One of its standout attributes is the collimated ball lens, enabling a focused beam angle of 17°, which makes it particularly suitable for detecting specific compounds in various substances. Notably, it excels in the identification of nitrate (NO3) and nitrite (NO2) levels in water, as well as measuring carbon dioxide (CO2) and nitric oxide (NO) in gaseous form. Fully utilizing these capabilities, the SF2 is ideal for a spectrum of applications including chemical and biological analysis, water quality assessments, gas sensing, liquid chromatography, and effective disinfection processes.

Environmental Safety and Durability

An impressive aspect of the SF2 LED is its environmental safety. Unlike traditional UV lamps, this LED model is devoid of mercury, highlighting its eco-friendly edge. The robust design of the SF2 surpasses the durability of conventional UV light sources, making it a reliable choice for consistent long-term usage. The LED is housed in a standard Transistor Outline (TO-can) package, which is both compact and designed to maintain a hermetically sealed environment. This construction includes electrostatic discharge (ESD) protection, ensuring the unit’s longevity and functionality in diverse operational conditions.

Performance Benefits

With the SF2 LED, users will experience a substantial enhancement in far UVC technology. This new product achieves a radiant intensity of 2 mw/Sr—double that of its predecessor. Alongside this increase in power, the improved temperature stability ensures that changes in environmental conditions exert minimal influence on output power and wavelength fluctuations. This stability is crucial for maintaining the integrity of detection readings, thereby underscoring the SF2’s sophisticated design and engineering.

Upcoming Industry Events

Silanna UV will be actively participating in several key industry events throughout September 2025 to showcase the capabilities of the SF2 230nm LED. These events include:

• - 2025 IUVA World Congress in Lisbon, Portugal from September 7-10
• - CIOE 2025 in Shenzhen, China from September 10-12
• - WWEM in the UK from September 17-18
• - Microelectronics UK in the UK from September 24-25

Attendees are encouraged to visit Silanna UV's booth at these conferences to learn more about their revolutionary technologies in UVC LED monitoring and disinfection. For inquiries, attendees can reach out to the Sales Team via email protected] For further insights about the SF2 Far UVC 230nm series, visit [Silanna UV's product page.

About Silanna UV

Founded in 2006, Silanna UV, a division of the Silanna Group, is a leading Australian semiconductor manufacturer focusing on innovative UV LED solutions. Since being acquired from Peregrine Semiconductor in 2008, Silanna UV has developed a strong reputation in the industry, holding ISO 9001:2015 certification. The Brisbane-based company specializes in far UVC light sources catering to various applications such as water quality sensors, gas sensors, disinfection, and high-performance liquid chromatography (HPLC). Through pioneering efforts in UV LED technology, Silanna UV is committed to pushing the boundaries of UV wavelength capabilities, solidifying its status as an innovator in the field. To discover more about Silanna UV, visit the company's official website.