Globe Control Valve
Adhering to stringent design standards including ANSI/ISA 75.01.01 and ASME B16.34, with Face to Face Standard ASME B16.10 and Flange Standard ASME B16.5, this Electric Control Valve is crafted from ASTM A216 WCC, ensuring robustness and reliability. Available in 2.5 inches (DN65), with pressure ratings ranging from 150 to 2500 LB (PN20-PN420), it caters to diverse industrial needs. Electric control valves are pivotal in industrial automation, finding extensive application in oil, chemicals, power generation, and pharmaceutical sectors. Our expert guidance on model parameters and operational conditions ensures optimal selection and utilization, facilitating efficient and tailored solutions for your requirements.
Constructed from ASTM A216 WCB, this 2-inch (DN50) Carbon Steel Motorized Control Valve is rated at 150 LB. Electric three-way control valves, known for their durability, are versatile solutions for mixing or diverting services, commonly employed in water, steam, or gas applications.
Electric control valves are essential in industrial automation, finding extensive application in oil, chemicals, power generation, and pharmaceutical sectors. Our experts offer precise guidance on model parameters and operational conditions, ensuring optimal selection and utilization of these valves. Compliant with ANSI/ISA 75.01.01 and ASME B16.34 standards, with Face to Face Standard ASME B16.10 and Flange Standard ASME B16.5, they cover sizes from 1 inch to 24 inches (DN25-DN600). With pressure ratings ranging from Class 150 LB to 600 LB (PN20-PN100) and crafted from A216 WCB, these valves guarantee reliability and efficiency across diverse industrial requirements. Flow characteristics include Equal Percentage and Linear, with a broad temperature range of -196 to +550°C.
Electric control valves play a pivotal role in industrial automation, widely utilized in oil, chemicals, power generation, and pharmaceutical sectors. Our experts provide meticulous guidance on model parameters and operational conditions, ensuring optimal selection and utilization of electric control valves. Conforming to ANSI/ISA 75.01.01 and ASME B16.34 standards, with Face to Face Standard ASME B16.10 and Flange Standard ASME B16.5, these valves are available in sizes ranging from 1 inch to 24 inches (DN25-DN600). With pressure ratings spanning from Class 150 LB to 600 LB (PN20-PN100), and constructed from ASTM A216 WCB, they ensure reliability and efficiency for diverse industrial needs.
Electric three-way control valves, also known as heavy-duty three-way control valves, are designed for mixing or diverting services and are commonly used for water, steam, or gas applications. Key features include motorized actuation, diverting capability, and flanged ends. This valve, sized at 2 inches and rated at 150LB, is made from ASTM A216 WCB for durability and reliability.
This Motorized Control Valve ensures quick and precise flow adjustments, enhancing operational efficiency and reducing manual intervention. Built from ASTM A216 WCC, WCB, it is designed for medium pressure applications, offering robust and reliable performance. The enhanced fluid control significantly boosts safety by minimizing risks of overpressure and leakage. Ideal for water treatment, chemical processing, and HVAC systems, this DN80, 150LB, 3-inch valve delivers reliable and precise flow control, where efficiency and safety are paramount. Key features include motorized actuation, robust design, and versatile compatibility.
Introducing the Electric Globe Control Valve, crafted to ANSI/ISA 75.01.01 & ASME B16.34 standards, featuring ASTM A351 CF8M body materials. Available in sizes ranging from 1 inch to 24 inches (DN25 to DN600), with ANSI Class ratings from Class 150 LB to 2500 LB and pressure ratings from PN20 to PN420. Operating within a temperature range of -196 to +550°C, these valves are vital in industrial automation across sectors like oil, chemicals, power generation, and pharmaceuticals. Our expert guidance ensures optimal selection and utilization, tailored to your specific requirements.
Electric control valves are vital in industrial automation, employed in oil, chemicals, power generation, and pharmaceutical sectors. Adhering to design standards ANSI/ISA 75.01.01 & ASME B16.34, face-to-face standards ASME B16.10, and flange standards ASME B16.5, they ensure reliability and compatibility. Our experts provide comprehensive guidance on model parameters and operational conditions, facilitating informed selection and optimal utilization of electric control valves tailored to your requirements.
The Pressure Balanced Cage Type Control Valves are engineered for heavy-duty applications. With a compact body design featuring an S-shaped flow passage and a stabilizer for regulating turbulent flow around the cage, these valves offer minimal pressure loss, large flow capacity, rangeability, and precise flow characteristics. The pressure-balanced valve plug allows for control of high differential pressure with minimal actuating force. Integrated with simple yet powerful mechanisms, the actuator utilizes a compact diaphragm actuator loaded with multiple springs. Widely applicable for reliable control in high or low-temperature, high-pressure, or high-differential pressure processes, these valves prioritize dynamic stability, low noise, and resistance to cavitation and flashing.
Pressure Balanced Cage Type Control Valves, engineered for heavy-duty applications, feature a compact valve body with an S-shaped flow passage, minimizing pressure loss. Incorporating a stabilizer to regulate turbulent flow around the cage, these valves offer ample flow capacity, rangeability, and precise flow characteristics. The pressure-balanced valve plug enables control of high differential pressures with minimal actuating force. Integrated with straightforward mechanisms, the actuator utilizes a compact yet potent diaphragm actuator loaded with multiple springs. These valves find widespread use in reliably controlling high or low-temperature, high-pressure, or high-differential-pressure process lines, meeting demands for dynamic stability, low noise, and resistance to cavitation/flashing.