The mechanism of CCFL antibacterial lights and case studies of their implementation.
Shining protection, adopting patented technology! Introduction to the mechanism of CCFL antibacterial lights and case studies.
We will introduce the mechanism and case studies of the "CCFL Antibacterial Light." The cover of this product has an antibacterial layer that is uniformly coated with multiple layers of "nano silver," which generates nano ions, and "titanium oxide," which activates the photocatalytic effect. The mechanism works by the interaction of electricity and light emitted from the CCFL (Cold Cathode Fluorescent Lamp) with this antibacterial layer, demonstrating antibacterial effects. At APA Hotel Kofu Minami, it has been implemented in kitchens, restaurants, and restrooms to provide customers with safe food and a comfortable stay. It can be used during cooking, and the absence of lingering odors the next day allowed them to experience its effectiveness. Additionally, during the facility renovation, it was adopted for the ceiling downlights at the entrance of all guest rooms. [Overview] ■ Purpose of Implementation: To provide customers with safe food and a comfortable stay ■ Result: Effectiveness was felt as it could be used during cooking and there were no lingering odors the next day. *For more details, please refer to the PDF materials or feel free to contact us.
- Company：NSI 本社
- Price：Other
