(10) Maximator® 2-Way ball Valves have 1/4" orifices and are capable of safe handling of liquids and gases up to 21,000 psi pressure. Their 90º handle rotation allows for full flow capabilities with minimal pressure drop. Robust one-piece trunnion style stem design eliminates shear failure that is found in a two-piece stem design. Note: ball valves are not recommended for small molecular gases (Hydrogen, Helium).
Ball seats are made of Torlon material providing excellent sealing capabilities with low handle operating torque. Re-torque able seat glands provide longer valve life and dependability. Standard valves are supplied with Fluorocarbon (FKM) O-Rings rated to 300ºF.
(5)
Maximator® 2-Way ball Valves have 3/8" orifices and are capable of safe handling of liquids and gases up to 21,000 psi pressure. Their 90º handle rotation allows for full flow capabilities with minimal pressure drop. Robust one-piece trunnion style stem design eliminates shear failure that is found in a two-piece stem design.
Ball seats are made of Torlon material providing excellent sealing capabilities with low handle operating torque. Re-torque able seat glands provide longer valve life and dependability. Standard valves are supplied with Fluorocarbon (FKM) O-Rings rated to 300ºF. Note: ball valves are not recommended for small molecular gases (Hydrogen, Helium).
(4)
Maximator® 2-Way ball Valves have 1/2" orifices and are capable of safe handling of liquids and gases up to 10,000 psi pressure. Their 90º handle rotation allows for full flow capabilities with minimal pressure drop. Robust one-piece trunnion style stem design eliminates shear failure that is found in a two-piece stem design.
Ball seats are made of Torlon material providing excellent sealing capabilities with low handle operating torque. Re-torque able seat glands provide longer valve life and dependability. Standard valves are supplied with Fluorocarbon (FKM) O-Rings rated to 300ºF. Note: ball valves are not recommended for small molecular gases (Hydrogen, Helium).
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