As a leading manufacturer of Electric On/Off butterfly control valves, we prioritize safety and efficiency in every product. Our valves feature explosion-proof electric actuators, ensuring reliable operation even in hazardous environments. With a versatile size range from 2 to 40 inches (DN50-DN1000) and compatibility with Class 150 LB, PN10, and PN16 pressure ratings, they suit a wide range of applications. Crafted from durable cast iron, our valves offer longevity and resilience in demanding conditions. Choose our valves with wafer and lug ends for easy installation and seamless integration into your systems, ensuring optimal performance and peace of mind.
Our UPVC, CPVC, PPH motorized butterfly control valves offer a host of benefits for your industrial needs. With an explosion-proof actuator, they ensure safe operation in hazardous environments. Designed to handle various mediums including gas, water, and oil, these valves provide versatile functionality. Offering reliable On/Off control, they guarantee precise regulation of flow. Available in sizes ranging from 2 to 12 inches, equivalent to DN50 to DN300, and built to withstand Class 150 LB pressure ratings, our valves cater to diverse applications. Trust our products for efficient performance, durability, and safety in your operations.
As an exporter of stainless steel electric control valves, we offer a comprehensive range of benefits. Our valves provide reliable On/Off control, ensuring seamless operation in various industrial applications. Crafted from high-quality stainless steel materials, including A351 CF8 and CF8M, they boast exceptional durability and corrosion resistance. Available in sizes ranging from 2 to 40 inches and designed to withstand Class 150 LB pressure ratings, our valves offer versatility and performance. With options for wafer and lug ends, they cater to diverse installation requirements. Additionally, our valves feature explosion-proof capabilities, ensuring safety in hazardous environments.
The self-operated, after-valve pressure regulator features a balanced trim and cage-guided design. It comprises a control valve, actuator, and a pressure-setting spring. This regulator is ideal for controlling downstream pressure in pipes carrying non-corrosive liquids, gases, and vapors. When the downstream pressure rises, the control valve closes, ensuring precise pressure control and system stability. Available in sizes 1/2 Inch - 12 Inch (DN15-DN300) and with pressure ratings of Class 150 LB - 300 LB, PN16-PN40.
The pilot-operated pressure regulator (before-valve control) consists of a control valve, actuator, and a pilot for pressure setting. It is designed to manage differential pressure in pipes carrying non-corrosive liquids, gases, and vapors. When the upstream pressure increases, the control valve opens. This self-operated, straight-through regulator features a piston actuator and is available in sizes DN15-DN300 (1/2-12 Inch), with pressure ratings of PN16, PN40, and Class 150 LB, 300 LB.
The pilot-operated control valve consists of a control valve, actuator, and a pilot for pressure setting. It is ideal for controlling differential pressure in pipes carrying non-corrosive liquids, gases, and vapors. When the downstream pressure increases, the control valve closes. Trim features include a built-in bellows with a pressure-balanced structure for high sensitivity, a compact and reliable maintenance-free design, and a standard modular construction that allows for various combined controls through different assemblies. This self-operated, straight-through valve with a piston actuator is available in sizes DN15-DN300 (1/2-12 Inch), class 150-300 LB, and is constructed from WCB or CF8 materials with flanged ends.
This top-guided, balanced, straight-through valve is available in sizes DN15-DN100 (1/2-4 Inch) and class 150 LB - 600 LB, constructed from ASTM A216 WCB with flanged ends. The double-diaphragm micro pressure regulator includes a control valve, actuator, pilot, and pressure spring. It is designed to maintain a constant pressure of protective gas, typically nitrogen, at the top of a container to prevent the contents from contacting air, thereby avoiding volatilization and oxidation. This ensures container safety and is ideal for gas sealing protection systems in large storage tanks.
Introducing our Electric PTFE Lined Butterfly Control Valve, meticulously engineered to deliver exceptional performance in corrosive environments. Its PTFE lining ensures corrosion resistance, smooth flow control, and chemical compatibility, making it suitable for diverse applications. With tight sealing to prevent leakage and extended service life, it offers reliability and cost-effectiveness. Ideal for industries like chemical processing and pharmaceuticals, it provides precise control through electric actuation, ensuring efficient operation and regulatory compliance. Easy maintenance, environmental safety, and enhanced performance are key features, making it the preferred choice for demanding fluid handling applications.
Presenting our Explosion Proof Butterfly Control Valve, engineered for safety and efficiency in hazardous environments. With a durable construction, this valve ensures reliable performance in industries such as oil and gas, chemical, and pharmaceuticals. Its explosion-proof design prevents ignition of flammable gases or dust, enhancing safety. Featuring precise control and quick operation, it offers accurate flow regulation and emergency shut-off capabilities. Compact and corrosion-resistant, it minimizes maintenance needs and maximizes longevity. Compliant with industry standards, it provides peace of mind while delivering cost-effective flow control solutions for hazardous applications.
This angle multi-stage pressure reduction control valve is ideal for applications with high differential pressure and those prone to flash evaporation and cavitation. Designed with multi-hole cages, it offers a multi-stage pressure reduction trim that reduces internal energy and flow velocity from the first cage. By using multiple cages, the valve ensures that medium pressure stays above saturated vapor pressure, preventing flash evaporation and cavitation. Standard configuration includes an unbalanced single-seat plug, with hardened plug and seat for extended trim life. Larger sizes feature a balanced cage valve structure for optimal performance.