LEDiL UVC rod lens FN18590_VIOLET-12X1-O

LEDiL UVC rod lens FN18590_VIOLET-12X1-O : The most efficient optical solution for UV-based applications

A masterpiece of technology from LEDiL

The LEDiL rod lens VIOLET consists of a linear arrangement of 12 individual lenses, each made of highly UV-resistant silicone. This material offers exceptional UV transmission for an efficient UV solution. With a reduced dosing time required compared to quartz glass, the rod lens enables economical production of UV-based devices.

Features of the LEDiL UVC rod lens VIOLET

• Material properties: Made of highly UV-resistant silicone
• Design: Specially developed for UVC applications
• Lens array: Consists of 12 individual lenses
• Protection: Waterproof (IP67) with robust stainless steel frame
• Performance: Requires only half the dosing time compared to quartz glass
• Dimensions: 294.8 x 41.6 x 9.13mm

LEDiL – world market leader in optics and lenses

Since its foundation in 2002, LEDiL has developed into one of the world's leading manufacturers of optics and lenses for LEDs. With over 4,000 product solutions and production sites on three continents, LEDiL has a clear presence in the market. As an official LEDiL distributor, LUMITRONIX offers attractive conditions and experienced specialist staff for LEDiL products.

LUMITRONIX's commitment to sustainability and innovation

LUMITRONIX has been a pioneer in LED technology for 20 years. With our long-lasting and ecologically sustainable products, we contribute to a better future. In addition, we produce many of our products directly in Germany, which is both economically and socially sustainable.

FAQ about LEDiL UVC rod lens

1. What is the VIOLET rod lens used for?
   The rod lens was specially developed for UVC applications such as the disinfection of surfaces, air and water.


2. Is the rod lens waterproof?
   Yes, the VIOLET rod lens is waterproof and has protection class IP67.


3. What material is the lens made of?
   The lens is made of a special UV-resistant silicone that offers a high degree of UV transmittance.