Globe Valves
Precision globe valves for throttling, flow regulation, and frequent operation.
Z-Type Globe Valve
Standard Z-body pattern globe valve for general throttling and isolation applications.
Technical SpecificationsY-Type Globe Valve
Angled Y-body design for reduced pressure drop and high-flow applications.
Technical SpecificationsAngle Globe Valve
90-degree angle body design for applications requiring directional flow change.
Technical SpecificationsBellows Sealed Globe Valve
Zero-leakage globe valve with stainless steel bellows stem seal for toxic, flammable, or emission-controlled services.
Technical SpecificationsPressure Reducing Valve (PRV)
Self-regulating globe-type valve that automatically reduces inlet pressure to a safe, constant downstream set pressure.
Technical SpecificationsNeed Globe Valves?
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Technical Guides
Learn More About Globe Valves
Valve Selection · 7 min read
Globe Valve vs Gate Valve: Flow Control Versus Isolation Explained
Globe valves and gate valves are both multi-turn valves but serve fundamentally different functions. Gate valves are pure isolation devices; globe valves regulate flow. Choosing the wrong type leads to seat erosion, excessive pressure drop, or poor control. This guide explains when to use each.
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Engineering & Design · 11 min read
Control Valve Sizing and Cv Calculation: A Step-by-Step Engineering Guide
Control valve sizing is the most critical step in ensuring stable and accurate process control. An oversized valve operates at low opening and is prone to instability and seat erosion; an undersized valve starves the process and cannot meet maximum flow demand. This guide explains the Cv flow coefficient method, ISA/IEC 60534 equations for liquid, gas and steam, and common sizing pitfalls to avoid.
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Technical Guides · 10 min read
High-Temperature Valve Selection: Materials, Standards, and Applications Above 300°C
Industrial processes above 300°C — power boilers, steam turbines, fired heaters, and high-pressure reactors — demand specially engineered valves with alloy steel bodies, metal seats, and graphite packing. This guide covers material selection, pressure-temperature ratings, and design requirements for high-temperature valve service.
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