Finally Bradley S59-2005 Thermostatic Valve For Shower - Hot Selling [evVXLnEZ]

Finally Bradley S59-2005 Thermostatic Valve For Shower - Hot Selling [evVXLnEZ]

The Bradley S59-2005 Thermostatic Valve is a top-tier choice for commercial shower applications, designed to deliver exceptional performance and durability. This valve is engineered to ensure a consistent and safe showering experience, making it an ideal investment for any commercial setting. With its robust construction and advanced features, it stands out as a reliable solution for maintaining water temperature control.

Key Features and Specifications

The Bradley S59-2005 Thermostatic Valve is equipped with a paraffin wax-filled thermostat, guaranteeing a constant outlet temperature that is perfect for commercial use. This valve offers a temperature range of 90-120 degrees Fahrenheit at a flow rate of 4 GPM, ensuring that users enjoy a comfortable and consistent shower experience. It is certified to ASSE 1016 and cUPC standards, guaranteeing compliance with industry regulations. The valve features 1/2in. NPT connections for both incoming and outlet, with a maximum operating pressure of 125 PSI and a maximum inlet temperature of 200 degrees Fahrenheit. These specifications make it a versatile and robust choice for any commercial shower application.

Benefits and Practical Applications

One of the standout benefits of the Bradley S59-2005 Thermostatic Valve is its ability to provide a safe and comfortable showering experience. The constant temperature control is particularly beneficial in commercial settings where multiple users may be sharing the same shower. This valve ensures that the temperature remains consistent, reducing the risk of scalding or discomfort. With its ligature-resistant design and absence of a temperature display, it offers a sleek and modern look that complements any bathroom setting. Whether installed in a hotel, gym, or healthcare facility, the Bradley S59-2005 Thermostatic Valve is a practical and reliable choice for maintaining optimal water temperature and flow.