Fighter Flex

Fighter Flex is a patented [US20230321309A1] solution specifically engineered for the deployment of mercury vapor lamps in HVAC spaces, enabling efficient air disinfection, coil cleaning, smart-enabled power distribution, and enhanced safety features. 

What sets Fighter Flex apart is its innovative use of aircraft cables instead of rigid racking systems. This groundbreaking approach provides unmatched flexibility and modularity, reducing the number of components by 60%. This design not only simplifies the installation process but also significantly reduces shipping costs, making Fighter Flex a cost-effective solution.

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The primary function of Fighter Flex is to combat airborne pathogens and enhance HVAC system efficiency by targeting both air circulation and coil cleanliness. By installing Fighter Flex in HVAC units, airborne pathogens can be effectively neutralized, ensuring cleaner and safer air within the building environment. Additionally, the system's coil-cleaning capabilities improve the overall performance and energy efficiency of the HVAC unit, optimizing the comfort and sustainability of the entire building.

Fighter Flex not only combats airborne pathogens and enhances HVAC system efficiency but also offers a versatile solution for vertical farming facilities. The system has been successfully deployed in vertical farming environments to prevent the spread of pathogens such as powdery mildew, which can potentially destroy produce and compromise crop yields. Fighter Flex ensures a cleaner and safer environment, safeguarding the health and productivity of vertical farming operations.

The power distribution aspect of Fighter Flex has also been meticulously designed to ensure ease of installation for electricians and efficient manufacturing with the panel building contract manufacturer. This comprehensive power distribution solution, built to the highest standards and designed in accordance with UL 508A standards, includes a smart-enabled system that seamlessly integrates with building automation systems. This connectivity enhances the monitoring, control, and optimization of the air disinfection and coil cleaning processes.