The ‘B6’ Type Single Isolating Ball Valve is designed for safe and reliable isolation giving bubble tight shut off. Totally enclosed soft seats offer both positive sealing and low operating torques.
The ‘B6’ Type Single Isolating Ball Valve is designed for safe and reliable isolation giving bubble tight shut off. Totally enclosed soft seats offer both positive sealing and low operating torques, from vacuum to high-pressure service. An anti-blow out spindle is fitted as standard with the option of PTFE or Grafoil seals.
Our High-Pressure Ball Valves are offered in three different configurations, namely: Integral Compression Ends, Threaded Ends Female x Female and Threaded Ends Male x Female.
As with our low-pressure ball valves, our High-Pressure Ball Valves offer totally enclosed soft seating, which gives the valve a positive sealing and low operating torques across the whole pressure range.
However, unlike our low-pressure ball valves, our High-Pressure Ball Valves can withstand PSI ratings up to 10,000 PSI. The B6M Ball Valve is recommended for use in the Oil, Gas and Petrochemical industries.
Our High-Pressure Ball Valves maintain seal integrity throughout the pressure ranges with a one-piece spindle with an anti-blow shoulder. We are also able to work with customers to provide High-Pressure Ball Valves with increased body integrity through either PTFE or Graphite Foil spindle and body seals.
The handle found on our High-Pressure Ball Valves is manufactured using 316 stainless steel, fitting with twin anti-vibration locknuts.
3D Models are available upon request
All of our Ball Valves at Oliver Valves are subjected to three pressure tests, a hydrostatic test at the full rated pressure, a low-pressure pneumatic test at 50 PSI (3.5 bar), and a shell test 1.5 times working pressure.
Available as Firesafe to BS6755 Pt2
At Oliver Valves, our Low-Pressure Ball Valves are ideal for use in the Oil, Gas and Petrochemical industries where long-term reliability is required. For more information, please get in touch with us today.