Product Details
The Halsey Taylor HydroBoost Bottle Filling Station & Bi-Level Cooler is engineered for optimal convenience and hygiene, providing two distinct access points for refreshing, filtered drinking water. This innovative unit features a vandal-resistant design, complete with SmartFlow bubblers that reduce water waste while preventing contamination and tampering. Operating at a remarkable chilling rate of 8.0 gallons per hour, this wall-mounted station caters to busy environments like schools, gyms, and public facilities, ensuring everyone can quench their thirst without reliance on single-use plastic bottles. With a powerful hermetically sealed refrigeration system and exceptional insulation, energy consumption is minimized, aligning with sustainable practices as evidenced by its GreenSpec certification. The HydroBoost incorporates a comprehensive filtration system that meets NSF standards for lead and other contaminants, ensuring great-tasting, clean water. An impressive 3,000-gallon filter provides long-lasting performance, indicated by a visual LED filter monitor that alerts users when a replacement is necessary. The systems touchless activation for the bottle filler means no physical contact is required, ensuring a sanitary filling process with an automatic shut-off feature that enhances user convenience. Additionally, the real drain system effectively eliminates standing water, further promoting cleanliness. With antimicrobial silver ion protection integrated into key plastic components, the HydroBoost inhibits the growth of mold and mildew, further enhancing safety and hygiene. The sleek, ADA-compliant design of this cooler and bottle filling station not only saves space but also offers a robust solution to modern hydration needs in indoor settings. The built-in Green Counter informs users about the number of 20 oz. plastic water bottles they've helped save from waste contributing to a more sustainable future. Stay refreshed and be part of the environmental solution with this state-of-the-art water station.
