Ball Valves – Side Entry / Top Entry | Floating / Trunnion
✔ Side Entry & Top Entry Designs – For maintenance flexibility
✔ Floating & Trunnion Mounted – Handles a wide range of pressure ratings
✔ Multiple End Connections – Flanged, Threaded, or Socket Welded
✔ Metal Seated Options – Suitable for abrasive or high-temperature media
✔ Cryogenic Versions Available – Ideal for low-temperature gas handling
✔ Fully Welded Designs – Perfect for buried or gas distribution pipelines
Ball Valves – Side Entry / Top Entry | Floating / Trunnion
Chero Piping’s Ball Valves are designed for robust isolation and precise flow control across a wide range of demanding industrial applications. Built to handle high-pressure and high-temperature environments, these valves are available in both floating and trunnion-mounted configurations to ensure optimal sealing performance and torque reduction.
Engineered for versatility, Chero Piping offers Side Entry designs for easy inline maintenance and Top Entry versions for vertical systems where space and serviceability are crucial. These valves support multiple end connections including flanged, threaded, and socket welded, allowing easy integration into existing or new piping systems.
Available with soft or metal-seated options, Chero’s Ball Valves are ideal for handling abrasive, corrosive, or high-temperature media, making them a top choice in the oil & gas, petrochemical, power generation, and cryogenic gas sectors. Fully welded body designs are also offered for underground and gas distribution applications, providing leak-proof integrity and extended service life with minimal maintenance.
With a pressure rating range from Class 150 to 2500 and sizes from ½” to 48″, these valves are customizable to meet the specific requirements of diverse projects. Constructed from premium materials such as WCB, CF8M, LCB, Duplex, and Inconel, they provide long-term reliability even under the harshest conditions.
Whether it’s for upstream, midstream, or downstream applications, Chero Piping Ball Valves deliver performance, safety, and adaptability for mission-critical operations worldwide.
