Electric U-shaped butterfly valve
The U-shaped flange butterfly valve uses a three-dimensional eccentric principle design, making the spatial movement trajectory of the sealing surface ideal. The sealing surfaces are frictionless and interference-free, and with the proper selection of sealing materials, the butterfly valve's sealing performance, corrosion resistance, high-temperature resistance, and wear resistance are reliably ensured.
Using a top-mounted structure reduces the number of connecting bolts on the valve body under high-pressure and large-diameter conditions, enhancing the valve's reliability. It overcomes the influence of the system's self-weight on the valve's normal operation. The structure is simple, with good interchangeability, convenient maintenance and disassembly, and the stem seal is not easily deformed, avoiding stem leakage. The valve seat sealing surface and backing are integrated, reducing the deformation of the valve seat. Its features include small opening torque, flexibility, convenience, and energy saving. The three-dimensional eccentric structure makes the butterfly plate tighter as it closes, ensuring reliable sealing performance and achieving zero leakage. It is resistant to high pressure, corrosion, and wear, and has a long service life.
Pneumatic U-shaped butterfly valve
The U-shaped flange butterfly valve uses a three-dimensional eccentric principle design, making the spatial movement trajectory of the sealing surface ideal. The sealing surfaces are frictionless and interference-free, and with the proper selection of sealing materials, the butterfly valve's sealing performance, corrosion resistance, high-temperature resistance, and wear resistance are reliably ensured.
Using a top-mounted structure reduces the number of connecting bolts on the valve body under high-pressure and large-diameter conditions, enhancing the valve's reliability. It overcomes the influence of the system's self-weight on the valve's normal operation. The structure is simple, with good interchangeability, convenient maintenance and disassembly, and the stem seal is not easily deformed, avoiding stem leakage. The valve seat sealing surface and backing are integrated, reducing the deformation of the valve seat. Its features include small opening torque, flexibility, convenience, and energy saving. The three-dimensional eccentric structure makes the butterfly plate tighter as it closes, ensuring reliable sealing performance and achieving zero leakage. It is resistant to high pressure, corrosion, and wear, and has a long service life.
Manual U-shaped butterfly valve
The U-shaped flange butterfly valve uses a three-dimensional eccentric principle design, making the spatial movement trajectory of the sealing surface ideal. The sealing surfaces are frictionless and interference-free, and with the proper selection of sealing materials, the butterfly valve's sealing performance, corrosion resistance, high-temperature resistance, and wear resistance are reliably ensured.
Using a top-mounted structure reduces the number of connecting bolts on the valve body under high-pressure and large-diameter conditions, enhancing the valve's reliability and overcoming the influence of the system's self-weight on the valve's normal operation. The structure is simple, with good universality and interchangeability, convenient maintenance and disassembly, and the stem seal is not easily deformed, avoiding stem leakage. The valve seat sealing surface and backing are integrated, reducing the deformation of the valve seat. Its features include small opening torque, flexibility, convenience, and energy saving. The three-dimensional eccentric structure makes the butterfly plate tighter as it closes, ensuring reliable sealing performance and achieving zero leakage. It is resistant to high pressure, corrosion, and wear, and has a long service life.