超薄球阀
商品详情
性能特点
技术参数
超薄球阀产品概述
超薄球阀是一种结构紧凑、阀体高度极低的特殊球阀，其设计侧重于减小安装空间占用，适用于管路布置紧凑、空间受限的场景。以下是具体介绍：
超薄球阀结构特点：阀体采用扁平化设计，整体高度远低于传统球阀，能在有限空间内实现便捷安装。内部球体与阀座的配合精度高，确保密封性能。流道设计流畅，通常为全通径或缩径结构，减少流体阻力。阀杆与驱动装置的连接方式经过优化，兼顾操作便捷性与结构紧凑性。
超薄球阀性能优势：具备体积小、重量轻的特点，便于运输和安装，尤其适合狭窄空间或集成化管路系统。密封性能良好，泄漏率低，能有效控制流体通断。适用压力和温度范围较广，可根据不同介质（如水、油品、气体等）选择相应材质，使用稳定性。
超薄球阀适用范围：广泛应用于城市给排水、暖通空调、食品医药、精密仪器、船舶等领域，特别适用于管路密集、空间狭小的设备或系统中。
超薄球阀连接与驱动方式：连接方式多为螺纹连接或法兰连接，以适应不同管路需求；驱动方式包括手动、气动、电动等，满足多样化操作要求。
Product Overview of Ultra-Thin Ball Valve
The ultra-thin ball valve is a special ball valve with a compact structure extremely low valve body height. Its design focuses on reducing the installation space occupation, making it suitable for scenarios with compact pipeline layout limited space. The specific introduction is as follows:
Structural features: The valve body adopts a flattened design, with an overall height much lower than that of traditional ball valves, enabling convenient installation in limited spaces. The internal ball valve seat have high matching precision to ensure reliable sealing performance. The flow channel is designed to be smooth, usually with a full-bore reduced-bore structure to reduce fluid resistance. The connection mode between the valve stem the driving device is optimized, taking into account both operational convenience structural compactness.
Performance advantages: It features small volume light weight, which is convenient for transportation installation, especially suitable for narrow spaces integrated pipeline systems. It has good sealing performance low leakage rate, which can effectively control the on-off of fluid. It has a wide range of applicable pressure temperature, can corresponding materials according to different media (such as water, oil, gas, etc.) to ensure stable use.
Scope of application: It is widely used in urban water supply drainage, heating, ventilation air conditioning, food medicine, precision instruments, ships other fields, especially suitable for equipment systems with dense pipelines narrow spaces.
Connection driving modes: The connection modes are mostly threaded connection flange connection to adapt to different pipeline requirements; the driving modes include manual, pneumatic, electric, etc., to meet diversified operation requirements.