In the realm of water treatment, efficient fluid control is paramount. Neway Valve offers a solution with its Concentric Butterfly Valves, specifically designed for applications in water treatment plants. These valves are engineered to meet the diverse installation needs of various pipeline systems, making them an excellent choice for municipal and industrial water management.
Robust Design for Water Treatment Applications
Neway’s Concentric Butterfly Valves are available in multiple configurations, including wafer, lug, and flanged end connections. This versatility allows for seamless integration into existing systems. With sizes ranging from 2″ to 72″ (DN50 to DN1800) and a pressure rating of ASME Class 150 (PN10/16/25), these valves ensure reliable performance across different operational conditions. The unique rubber-seated design provides a tight seal through an interference fit between the EPDM-lined valve seat and the precision-machined disc, making them ideal for water treatment plants where leak prevention is crucial.
Operational Efficiency and Corrosion Resistance
Designed for low torque operation and minimal flow resistance, Neway’s Concentric Butterfly Valves enhance efficiency in fluid management. Their corrosion-resistant body, crafted from materials such as cast iron, ductile iron, and stainless steel, ensures longevity even in harsh environments. These valves are not only suitable for potable water systems but also excel in wastewater treatment plants and sewage networks. Their robust construction makes them an optimal choice for aggressive media applications, including seawater handling and chemical processing. With options for manual, gear drive, pneumatic, or electric operation, these valves offer flexibility tailored to the specific needs of the water treatment sector.
In summary, Neway Valve’s Concentric Butterfly Valves represent reliable and versatile valves for water treatment plant. Their robust design, operational efficiency, and corrosion resistance make them a preferred choice for effective fluid control in various water management applications.
