Viking 6" F-2 Deluge Valve | Halar Coated for Corrosive Areas

Viking 6" F-2 Deluge Valve with Halar Coating for Corrosive Environments The Viking 6" F-2 Deluge Valve, featuring a specialized Halar coating, is engineered for reliable, rapid-opening performance in critical fire protection systems where corrosive conditions are a concern. This differential-type valve is ideal for deluge, preaction, and special hazard systems in demanding industrial settings, coastal regions, and facilities with exposure to harsh chemicals or brackish/salt water. Halar ECTFE Coating: The valve's body and cover are coated inside and out with Halar (ethylene chlorotrifluoroethylene - ECTFE), providing exceptional resistance to a wide range of chemicals, solvents, and environmental factors. This high-durability coating surpasses the performance of standard epoxy or Kynar coatings, ensuring longevity in aggressive environments. Quick-Opening Differential Design: As a quick-opening, differential diaphragm flood valve with one moving mechanism, it ensures rapid and reliable water delivery when activated. Versatile System Compatibility: The F-2 Deluge Valve can be integrated into deluge and preaction sprinkler systems, and is compatible with hydraulic, pneumatic, and electric release systems. It can also serve as a foam concentrate control valve for AFFF or ATC foam in fixed foam/water sprinkler systems. Flexible Installation: Designed for dependable operation, the valve can be installed in both horizontal and vertical positions to accommodate various piping requirements and system layouts. Corrosion-Resistant Internal Components: Beyond the Halar exterior, internal operating parts of the valve also feature Teflon, Electroless Nickel plating, and Tin plating for enhanced corrosion resistance. Straight Through Style: This 6-inch (DN150) valve features a straight-through body style, available with various connection configurations including flange and groove combinations. This Halar-coated deluge valve is an essential component for critical infrastructure, offering superior protection against corrosion and ensuring precise, long-term fire suppression response. Its robust construction and specialized coating make it particularly suitable for environments such as offshore platforms, industrial chemical facilities, and areas utilizing brackish or salt water for fire protection, safeguarding your assets and personnel.