U-Section Short Flange Butterfly Valve

The U-section short flange butterfly valve refers to the short and flat U-shaped design of the connecting flanges at both ends of the valve body. Compared with traditional flange butterfly valves, the U-shaped short flange design is more suitable for installation environments with limited space. This design reduces the connection length between the valve body and the pipeline, which helps improve installation efficiency, while reducing the weight of the valve and lowering installation complexity. This unique design makes this valve more popular among customers.

The advantages

With its unique structural design, U-section short flange butterfly valves show many significant advantages. The most prominent feature of this U-section short flange butterfly valve is its compact structure, and the flange length is 30% shorter than that of ordinary butterfly valves, which is especially suitable for space-limited pipeline installation scenarios. In practical applications, U-section short flange butterfly valve is not only easy to install, can save more than 20% of the installation time, but also the use of high-quality sealing materials and ductile iron body, to ensure excellent sealing performance and durability, can be widely used in water treatment, chemical, heating and other fields, is the ideal choice for modern pipeline system.

Select the valve

The U-section short flange butterfly valve is an ideal choice for applications with limited space, as its compact short flange design allows for easy installation in restricted areas. This type of valve has fast flange connection, simple installation and maintenance, making it the best choice for efficient construction projects. It excels in medium and low-pressure fluid control systems, especially in the water treatment and heating industries, and its high-quality sealing materials ensure excellent leak prevention performance. The U-section short flange butterfly valve also has strong resistance to corrosive fluids and extreme temperatures, making it suitable for harsh operating conditions. The structure is simple and durable, greatly reducing maintenance requirements and long-term operating costs.