Kartar Double Door Foot Valve Dealer In Delhi

Kartar Double Door Foot Valve – Efficient Suction Control for Pumping Systems Kartar Double Door Foot Valves are designed to maintain pump priming and prevent backflow in suction pipelines. Installed at the bottom of suction lines, these valves ensure that water remains in the pipeline when the pump is switched off, allowing quick and trouble-free pump restarting. Kartar Foot Valves are widely used in water supply, irrigation, fire fighting, and industrial pumping applications across India. The double door mechanism provides smooth and balanced operation, allowing water to flow freely during suction while closing instantly when the pump stops. This design minimizes pressure loss and reduces strain on the pump. Kartar Double Door Foot Valves are generally manufactured from high-quality cast iron or ductile iron with corrosion-resistant epoxy coating, ensuring strength, durability, and long service life even in harsh environments. A built-in strainer prevents debris, stones, and foreign particles from entering the suction line, protecting pumps from damage and improving overall system efficiency. The robust construction allows the valve to perform reliably in both clean water and slightly contaminated water applications. Kartar Double Door Foot Valves are commonly used in agricultural irrigation systems, borewell and open-well pumping, municipal water supply lines, cooling water systems, and industrial fluid transfer setups. The flanged design ensures secure installation and leak-proof performance, even under varying suction pressures. Key advantages of Kartar Double Door Foot Valves include efficient pump priming, reduced water hammer, smooth operation, and low maintenance requirements. The double door design distributes load evenly, enhancing valve life and reducing wear. For engineers, contractors, and pump operators looking for dependable suction control solutions, Kartar Double Door Foot Valves offer excellent performance, durability, and value, making them a preferred choice for reliable pumping systems.