The Advantages and Applications of Pneumatic Ball Valve
The pneumatic ball valvea showcase a revolutionary working principle designed to effortlessly unblock or block the valve through the rotation of its core. Featuring a compact size, light switch, and the ability to accommodate large diameters, this pneumatic ball valve boasts reliability in sealing, a straightforward structure, and easy maintenance. The sealing and spherical surfaces remain consistently closed, offering resilience against erosion by mediums—a feature appreciated across various industries.
Aligned with the same valve category as the plug valve, the pneumatic ball valve distinguishes itself with a sphere as its closing part. This sphere adeptly rotates around the valve body's center line, orchestrating seamless opening and closing actions.
Primarily utilized for swift pipeline cutoffs, efficient distribution, and fluid flow direction alterations, the pneumatic ball valve presents itself as a cutting-edge valve, flaunting the following advantages:
Widely embraced in petroleum, chemical, power generation, papermaking, atomic energy, aviation, rockets, and daily life, pneumatic ball valves stand as a testament to innovation in fluid control.
Aligned with the same valve category as the plug valve, the pneumatic ball valve distinguishes itself with a sphere as its closing part. This sphere adeptly rotates around the valve body's center line, orchestrating seamless opening and closing actions.
Primarily utilized for swift pipeline cutoffs, efficient distribution, and fluid flow direction alterations, the pneumatic ball valve presents itself as a cutting-edge valve, flaunting the following advantages:
1. Minimal Fluid Resistance: Its resistance coefficient mirrors that of an equivalent pipe section's length.
2. Compact and Lightweight: The valve exhibits simplicity in structure, a small footprint, and lightweight characteristics.
3. Reliable Tightness: The ball valve's sealing surface, commonly composed of durable plastics, ensures reliable and tight performance, particularly in vacuum systems.
4. Quick Operation: Facilitating easy and swift 90° rotation from fully open to fully closed, the valve allows for convenient remote control.
5. Convenient Maintenance: With a simplistic structure and movable sealing rings, the pneumatic ball valve guarantees effortless disassembly and replacement.
6. Isolation of Sealing Surfaces: In fully open or fully closed positions, the ball and valve seat's sealing surfaces remain isolated from the medium, preventing erosion.
7. Versatile Applications: With diameters ranging from millimeters to meters, the pneumatic ball valve finds application across a wide spectrum, from high vacuum to high pressure.
8. Safety Assurance: Operating on gas as a power source with a pressure range of 0.2-0.8MPa, the pneumatic ball valve ensures safety. In case of leakage, the gas can be discharged directly, avoiding environmental pollution.
9. Large Diameter Configurations: In contrast to manual and turbine rotating ball valves, pneumatic ball valves can be configured with larger diameters, reaching up to DN1200.
2. Compact and Lightweight: The valve exhibits simplicity in structure, a small footprint, and lightweight characteristics.
3. Reliable Tightness: The ball valve's sealing surface, commonly composed of durable plastics, ensures reliable and tight performance, particularly in vacuum systems.
4. Quick Operation: Facilitating easy and swift 90° rotation from fully open to fully closed, the valve allows for convenient remote control.
5. Convenient Maintenance: With a simplistic structure and movable sealing rings, the pneumatic ball valve guarantees effortless disassembly and replacement.
6. Isolation of Sealing Surfaces: In fully open or fully closed positions, the ball and valve seat's sealing surfaces remain isolated from the medium, preventing erosion.
7. Versatile Applications: With diameters ranging from millimeters to meters, the pneumatic ball valve finds application across a wide spectrum, from high vacuum to high pressure.
8. Safety Assurance: Operating on gas as a power source with a pressure range of 0.2-0.8MPa, the pneumatic ball valve ensures safety. In case of leakage, the gas can be discharged directly, avoiding environmental pollution.
9. Large Diameter Configurations: In contrast to manual and turbine rotating ball valves, pneumatic ball valves can be configured with larger diameters, reaching up to DN1200.
Widely embraced in petroleum, chemical, power generation, papermaking, atomic energy, aviation, rockets, and daily life, pneumatic ball valves stand as a testament to innovation in fluid control.