UV lamps

UV lamps have emerged as indispensable tools in scientific research, providing precise and controlled ultraviolet (UV) irradiation across a multitude of applications. These lamps, offering specific wavelengths such as 254 nm and 365 nm, are essential for visualizing nucleic acids and proteins, facilitating sterilization, and enabling photochemical reactions. Their versatility is evident in their use for DNA damage assays, photocatalytic degradation, and the synthesis of various compounds, including nanocrystals, polymers, and photoluminescent materials. They are also crucial in photodegradation studies, photocatalytic degradation experiments, and the evaluation of materials' photostability and photochromic properties. Additionally, they support the analysis of chemical compounds through thin-layer chromatography (TLC) and the monitoring of photoluminescence and luminescence duration in various materials. Their consistent performance and reliability make them invaluable in advancing research across microbiology, DNA damage and repair studies, photobiology, and environmental sciences. Whether used for sterilization, photocatalytic degradation, or material synthesis, these UV lamps consistently deliver the necessary UV radiation to drive various scientific processes effectively.

Specifications of the various available models:
- Available wavelengths: 254, 312, or 365 nm. Which do you require? 
- What power options do you prefer: 1×6W, 2×15W, 1×15W, or 3×30W?

Please inform us of the desired specifications and our team will recommend the most suitable equipment.