A globe valve is often used for isolation service, the flow path through the globe valve follows a constantly changing process, which increased flow resistance, that’s why the globe valve has a higher pressure drop than the gate valve, plug valve, and ball valve(those valves are straight-through path) According to the different body designs, the globe valve is classified as a Tee pattern globe valve, Z type globe valve, Y pattern globe valve, and angle pattern globe valve.
Globe Valves can be employed in a number of applications, such as steam and condensate service, temperature or pressure regulation in pipelines, and even nuclear plant process control. They come with various body and stem designs that can be tailored to meet specific requirements.
Globe valve disk designs come in three basic forms: ball, composition, and plug. The ball disk is ideal for low-pressure or temperature applications, while the composition disk features a hard insert ring that ensures tight closure. Finally, plug disks offer better throttling than either ball or composition disks and may be used when hard service requirements exist.
Standard: API, DIN, JIS, GB, API 600, API 602, ANSI. ASME, EN1092
Material: Stainless Steel, Carbon Steel, Brass, Bronze, Alloy Steel, Titanium, 904l, Ductile Iron, Cast Iron, Forged Steel, Cast Steel.
Size: 1/2" ~48", DN15~DN1400.
Pressure: 150LB~2500LB, PN10~PN420.
Type: Bellow Sealed, Y Type, Angle Type, Flanged, Steam Jacketed, Cryogenic, Low Tempreature, Moterized, Pneumatic, Power Station.