Globe Valve Manufacturer & Exporter
MVS Forged Steel Globe Valves are meticulously engineered for high-pressure flow regulation and isolation duties in critical service pipelines. Designed in accordance with API 602, API 600, ASME, and API 598 testing standards, these globe valves are ideal for applications where tight shut-off, durability, and safety are essential. Constructed from ASTM A105 forged carbon steel, stainless steel, and exotic alloy steels, these valves deliver exceptional strength and corrosion resistance across demanding industrial operations. With OS&Y rising stem design, bolted or welded bonnets, and options for full or standard port configurations, API 602 Forged Steel Globe Valves by MVS ensure precise control over media flow. Widely used in oil and gas, steam, chemical, and power generation sectors, these valves are capable of handling pressure classes ranging from 150 to 1500 with consistent performance. As a trusted globe valve manufacturer, we ensure each product meets the toughest international specifications and performance expectations. For facilities that require cast valve configurations, MVS also offers Cast Carbon Steel Globe Valve and Cast Stainless Steel Globe Valve designs built to API 600 standards. These globe valves with bolted bonnet designs are suitable for Class 150 and Class 300 operations and deliver robust sealing even in fluctuating thermal and pressure environments. In higher-class services, our Exotic Alloy Steel Globe Valves comply with API 600 and provide optimal endurance under corrosive and abrasive conditions, particularly in Class 600-rated pipelines.
MVS also caters to specialized applications that demand corrosion-resistant materials. Our API 603 Corrosion Resistant Globe Valves and Stainless Steel Corrosion-Resistant Globe Valves are manufactured to meet the unique needs of aggressive fluid media and stringent environmental compliance. These are complemented by API 623 Globe Valves, which serve both severe thermal cycling and high-pressure requirements while maintaining low emission levels and long lifecycle operations. By offering a complete line-up—from Cast Stainless Steel API 603 Globe Valves Bolted Bonnet Flanged Class 150 to Exotic Alloy Steel API 600 Globe Valves Bolted Bonnet Class 600—MVS provides flexibility, reliability, and safety across various sectors.
MVS Stainless Steel Globe Valves are engineered to provide exceptional flow control and tight shut-off performance across a variety of industrial applications. Designed with a robust OS&Y rising-stem mechanism and bolted bonnet construction, these globe valves are available in full-port and standard configurations to suit diverse operational needs. Constructed from CF8, CF8M, and higher stainless alloys, they ensure corrosion resistance and long service life even under aggressive and high-temperature conditions. Our Cast Stainless Steel Globe Valve lineup is suitable for use in water, steam, gas, and chemically reactive media where resistance to pitting and scaling is essential. These valves are precision-manufactured to comply with international standards including ASME and API specifications, and are hydrostatically tested to API 598 to ensure zero leakage and reliable shut-off. The Cast Stainless Steel API 600 Globe Valves Bolted Bonnet Class 300 models are particularly well-suited for mid-to-high pressure systems, offering exceptional sealing integrity under continuous load and temperature fluctuations.
For industries where performance under corrosive environments is critical, MVS offers a range of Stainless Steel Corrosion-Resistant Globe Valves. These valves not only maintain system integrity in aggressive fluid conditions but also minimize downtime by reducing the frequency of maintenance and replacements. Their compatibility with flanged, threaded, or butt-weld end connections adds to their flexibility in pipeline design and integration. Whether for refinery pipelines, chemical plants, marine operations, or power generation facilities, MVS Stainless Steel Globe Valves deliver precision, durability, and consistent performance in high-demand environments.
