With the expert professionals, We can become the best Manufacturer & Suppliers of Globe Valves, Forged Globe Valves in Ahmedabad, Gujarat, India. The Forged Globe Valves that we manufacture at Axegic are prepared from high quality steel material. We offer these valves in the plug type disc to provide a complete air tight and leak proof seal throughout the life span of its performance. There is a wide assortment of size that can easily fit into the high pressure application areas in small and big pipelines. They are fabricated with great accuracy and perfection to offer a high safety level when it is operated in open position and used to close or control the flow. We provide various features in our Forged Globe Valve like superior quality, long service life, safety, easily operated and really economic and competitive price range.
Forged Globe Valves are industrial valves that are perfect for throttling applications because of their exact flow control and long lifespan. Compared to cast valves, this valve's construction—through forging—makes it stronger and more resistant to high pressure and temperature. Its spherical body and moving disc that is oriented perpendicular to the fluid flow enable for precise control of the flow of gases and liquids. Forged Globe Valves are widely used in the oil and gas, power generating, and chemical processing sectors. Despite their non-linear flow route, which results in a larger pressure drop, these valves are regarded for their strong performance and versatility. The globe shape of the valve body provides high strength and the ability to handle high pressure and temperature conditions. Forged Globe Valves are commonly used in industries such as oil and gas, power generation, chemical processing, and water treatment. They are suitable for both on/off and throttling service.
A Forged Globe Valve consists of several key components that work together to control the flow of fluids.
| Size | DN 15 to DN 50 |
| Construction Material | Forged Carbon Steel ASTM A105 Forged Stainless Steel F304, F304L, F316, F316L, F5, F9, F11, F22 Other Material As per client requirements |
| Design & Manufacturing Standard | API 062 |
| Pressure Rating | Class 800, 1500 & 2500 |
| Bore Type | Regular |
| Testing Standard | API 598 |
| Face to Face Standard | As Per Manufacturers Standard for Screwed, Socket, Butt Weld Ends ASME B16.10 for Flanged Ends |
| End Connection Standard | Screwed Ends, Socket Weld Ends, But Weld, etc Flanged Ends, Welded Flanged Ends, As per ASME B16.5 |
| Operated Type | Hand Wheel, Electric Actuator, etc. |
A Standard Globe Valve's spherical body and internal baffle define it as a linear motion valve. It has a horizontal seat that is perpendicular to the pipe axis and a disc-shaped element. The disc rotates perpendicular to the fluid flow when the valve stem is rotated, permitting or limiting passage. Because of its tight shut-off and superior throttling capabilities, conventional globe valves are the best choice for applications needing exact flow control.
Designed with intake and output ports at a 90-degree angle, Angle Globe Valves are a specific kind of globe valve. In fluid control systems, this particular design has various benefits. The slanted shape of these valves makes it possible to change the direction of flow without the need for extra fittings, which makes them perfect for installations with limited space. Comparing them to conventional globe valves, they often offer less turbulence and pressure drop, improving system efficiency overall.
Oblique globe valves, or Y-pattern Globe Valves, have a distinctive body form with a bonnet that is inclined at a 45-degree angle to the valve body's centerline. Compared to conventional globe valves, this arrangement produces a more efficient flow channel, which lowers turbulence and pressure loss. These valves are especially well-suited for applications involving frequent operation or handling high-velocity fluids because of their Y-Pattern design, which enhances efficiency and allows for larger flow capacity.
Three-way globe valves are adaptable flow control mechanisms intended to regulate the distribution of fluid in intricate systems. These valves allow for the mixing, redirecting, or merging of fluid streams thanks to their three ports, which are usually one inlet and two outlets, or two inlets and one exit. A variety of flow patterns, including combining two streams into one, dividing one stream into two, and choosing between two different flow channels, can be set up for the internal mechanism. In industrial operations where accurate flow distribution is necessary, HVAC systems, and temperature control applications frequently use three-way globe valves.
