水用止回阀

该水用止回阀是专为水管道系统设计的单向阀,在正向水流作用下自动开启,并快速关闭以防止回流和水锤。材质可选球墨铸铁、黄铜或不锈钢,采用可靠的软密封或硬密封,适用于生活供水、市政供水、建筑管道及灌溉系统中的清水、污水及其他一般水介质。结构简单,流阻小,安装方便,可有效保护水泵和管道免受反向流造成的损坏,确保稳定安全的输水。.

球式止回阀
球式止回阀
球式止回阀是一种高效止回阀,专为低压系统(≤PN16/Class 150)设计,用于防止水和含污泥介质中的逆流。其坚固的结构和特殊功能使其成为对可靠性、耐用性和易于维护要求较高的应用场景的理想选择。该阀门采用橡胶包覆球体,即使在磨蚀性或含颗粒物的环境中(如污水处理厂和工业浆液系统)也能确保严密密封。法兰连接设计(符合EN 1092-1或ASME B16.5标准)便于安装和集成到现有管道中,从而减少停机时间和人工成本。工程优化...
静音止回阀
静音止回阀
静音止回阀是一种经济型止回阀,旨在防止管道系统中的逆流并减少水锤现象。该阀门采用弹簧辅助关闭机构,确保快速密封以最小化压力波动,适用于对降噪和预算控制有要求的应用场景。阀体材质为球墨铸铁、不锈钢或青铜,具有耐用性和耐腐蚀性,适用于水、蒸汽和油类系统。虽然无法实现零水锤,但其弹簧加载设计显著缓解了压力波动,在性能与经济性之间实现了平衡。.
橡胶瓣止回阀
橡胶瓣止回阀
橡胶瓣止回阀是一种高效止回阀,专为水、废水和泥浆应用而设计。该阀门采用柔性橡胶瓣,确保以最小的压降实现可靠的密封,非常适合低阻力和耐受杂质至关重要的系统。该阀门由 EPDM 或 NBR 橡胶以及铸铁或不锈钢等耐用材料制成,具有耐腐蚀和耐磨性,确保在苛刻环境中的长期性能。其简单而坚固的设计便于安装和维护,使其成为市政、工业和灌溉系统的一种经济高效的解决方案。.
Micro Resistance Slow Closing Check Valve
Micro Resistance Slow Closing Check Valve
The Micro Resistance Slow Closing Check Valve is an energy‑saving check valve specifically designed for pump discharge applications, featuring a slow‑closing function. It combines the low flow resistance characteristics of a swing check valve with a hydraulic damping device. During forward flow, the disc opens to a large angle with minimal resistance; when the pump stops or backflow occurs, the disc first closes rapidly for most of its travel, then closes slowly for the remaining travel, thereby greatly reducing water hammer pressure peaks and protecting the pump and pipeline system.
Mute Axial Flow Check Valve
Mute Axial Flow Check Valve
The Mute Axial Flow Check Valve is a specialized valve designed to provide superior flow control and minimize the risk of water hammer, noise, and vibration in fluid systems. Unlike conventional check valves, the mute axial flow check valve incorporates a streamlined valve disc design and advanced internal structure to ensure smooth operation while significantly reducing the potential for water hammer, which is a common issue in many industrial piping systems. This valve is particularly suitable for applications where noise reduction and protection against system surges are essential.