Like all light sources, UV light systems generate heat during operation. For general lighting LEDs, only 30–40% of input power is converted to light, with the rest dissipating as heat. For UVC light sources, including UV LEDs, the conversion efficiency is even lower—just 1–5%. This results in a significantly higher proportion of energy being transformed into heat compared to standard light sources.
Thermal properties are critical for the functionality of UV light sources. Excessive heat can directly affect:
UVC LEDs are particularly heat-sensitive and begin to degrade at temperatures above 50–60°C. Effective cooling systems, such as heat sinks or fans, are often required, especially in confined spaces. These solutions can increase system complexity, cost, and size, limiting their integration potential. In contrast, PureFize’s technology operates without the need for any cooling systems, making it easier to integrate into a wide range of applications while maintaining reliable performance.
PureFize® technology redefines thermal management by offering consistent, reliable performance across a broad temperature range. It operates seamlessly in environments from -10°C to +100°C, eliminating the need for cooling systems.
This unique capability allows PureFize to:
PureFize technology is specifically engineered for disinfection, combining compact design with high performance. Its nano-structure generation process is not only cost-efficient but also enables seamless integration into:
This flexibility makes PureFize an unmatched solution for industries requiring reliable and efficient UV disinfection.
We’ll be glad to tell you more about PureFize and its benefits. Give us 15 minutes of your time to get the answers you need.