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The cage-guided design ensures stable operation and minimizes vibration, while providing excellent protection against wear and erosion. Suitable for both liquid and gas media, it delivers reliable performance under varying pressure conditions.
High Bearing Capacity Durable Control Valves Reduce Fluid Flow Rate Cage Control Valve for Oil and Gas - Advanced Flow Control Solutions for Industrial Applications
Introduction
In the demanding world of oil and gas operations, precise fluid flow control is paramount for operational efficiency and safety. Our high bearing capacity durable control valves represent the pinnacle of flow management technology, specifically engineered to deliver reliable performance in challenging industrial environments. These cage control valves combine robust construction with sophisticated flow regulation capabilities, making them an essential component for organizations seeking to optimize their fluid handling processes.
Advanced Control Valve Technology Overview
The innovative cage-guided design of our control valves sets new standards for flow regulation in oil and gas applications. By incorporating advanced materials and precision engineering, these valves ensure consistent performance even under demanding operating conditions. The cage-style trim provides superior guidance and stability throughout the entire stroke range, while the robust construction materials resist wear and erosion in high-pressure environments.
Superior Features and Performance Benefits
Our high bearing capacity durable control valves incorporate several advanced design elements that enhance their operational capabilities. The specialized cage design enables precise flow characteristic control, resulting in improved process stability and reduced maintenance requirements. The balanced trim configuration minimizes actuator thrust requirements, leading to more efficient operation and extended service life.
The engineered flow paths within the cage structure help minimize noise and vibration, creating a more stable operating environment. This sophisticated design also contributes to better cavitation management and enhanced erosion resistance, particularly crucial in high-pressure differential applications common in the oil and gas industry.
Industrial Applications and Use Cases
Oil and Gas Processing
These control valves excel in various oil and gas processing applications, from wellhead control to downstream operations. Their robust design makes them particularly suitable for handling multi-phase flows and varying process conditions typical in hydrocarbon processing facilities.
Power Generation Systems
Power plants benefit from the precise flow control and reliability of these valves in steam conditioning and feedwater systems. The high bearing capacity design ensures stable operation even in high-pressure steam applications and critical control loops.
Chemical Processing Industry
Chemical manufacturers rely on these control valves for their excellent resistance to corrosive media and ability to maintain tight shut-off in aggressive process environments. The cage-guided design provides exceptional control accuracy for reactive chemical processes.
Quality Assurance and Industry Compliance
Our manufacturing process adheres to stringent quality control protocols and international industry standards. Each valve undergoes comprehensive testing procedures to verify performance parameters and ensure compliance with relevant safety regulations. Regular quality audits and continuous improvement programs maintain our high manufacturing standards.
Customization and Engineering Solutions
Understanding that each application presents unique challenges, we offer extensive customization options for our control valves. Our engineering team works closely with clients to optimize valve specifications based on specific process requirements. From trim materials to control characteristics, each aspect can be tailored to match your operational needs.
Comprehensive Support Services
Technical Consultation
Our experienced technical team provides expert guidance throughout the selection and implementation process. We offer detailed application analysis and sizing recommendations to ensure optimal valve performance in your specific operating conditions.
Installation and Maintenance Support
Professional installation supervision and comprehensive maintenance programs are available to maximize valve reliability and longevity. Our service team can provide training and technical documentation to support your maintenance personnel.
Why Partner With Us
As a leading provider of industrial flow control solutions, we combine technical expertise with manufacturing excellence to deliver superior products. Our commitment to innovation and quality has established us as a trusted supplier to major oil and gas operations worldwide. The ongoing investment in research and development ensures our products remain at the forefront of control valve technology.
Ordering and Specifications
To receive detailed product specifications and discuss your specific application requirements, we invite you to connect with our technical sales team. Our experts will guide you through the selection process and provide comprehensive documentation to support your decision-making. Let us help you optimize your flow control operations with our advanced valve solutions.
Together, we can develop the ideal flow control solution for your industrial applications. Reach out today to explore how our high bearing capacity durable control valves can enhance your operational efficiency and process control capabilities.






DN50-DN400 ANSI150/PN16/PN25/PN40/ANSI300 (with pneumatic actuator) |
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valve |
DN |
50 |
80 |
100 |
150 |
200 |
||||||||
L |
ANSI150 |
254 |
298 |
352 |
451 |
543 |
||||||||
PN16 |
254 |
298 |
352 |
451 |
543 |
|||||||||
PN25 |
267 |
318 |
368 |
473 |
568 |
|||||||||
PN40 |
267 |
318 |
368 |
473 |
568 |
|||||||||
ANSI300 |
267 |
318 |
368 |
473 |
568 |
|||||||||
H1 |
83 |
110 |
141 |
178 |
236 |
|||||||||
H2 |
<299℃ |
174 |
188 |
214 |
260 |
310 |
||||||||
≥299℃ |
239 |
278 |
304 |
355 |
410 |
|||||||||
Execution Agency |
φA |
DM2 |
275 |
- |
||||||||||
DM3 |
- |
400 |
||||||||||||
DM4 |
- |
|||||||||||||
H3 (without handwheel) |
DM2 |
408 |
- |
|||||||||||
DM3 |
- |
640 |
||||||||||||
DM4 |
- |
|||||||||||||
H3 (with hand wheel) |
DM2 |
590 |
- |
|||||||||||
DM3 |
- |
960 |
||||||||||||
DM4 |
||||||||||||||
Valve + actuator weight (kg) (without handwheel) |
DM2 |
47 |
75 |
106 |
- |
|||||||||
DM3 |
- |
129 |
153 |
202 |
289 |
|||||||||
DM3 |
||||||||||||||
Valve + actuator weight (kg) (with handwheel) |
DM2 |
54 |
82 |
113 |
||||||||||
DM3 |
- |
141 |
165 |
214 |
301 |
|||||||||
DM4 |
- |
|||||||||||||
valve |
DN |
250 |
300 |
350 |
400 |
|||||||
L |
ANSI150 |
673 |
737 |
889 |
1016 |
|||||||
PN16 |
673 |
737 |
889 |
1016 |
||||||||
PN25 |
708 |
775 |
927 |
1057 |
||||||||
PN40 |
708 |
775 |
927 |
1057 |
||||||||
ANSI300 |
708 |
775 |
927 |
1057 |
||||||||
H1 |
270 |
295 |
340 |
380 |
||||||||
H2 |
<299℃ |
371 |
400 |
471 |
486 |
|||||||
≥299℃ |
471 |
500 |
571 |
586 |
||||||||
Execution Agency |
φA |
DM2 |
- |
|||||||||
DM3 |
- |
|||||||||||
DM4 |
498 |
|||||||||||
H3 (without handwheel) |
DM2 |
- |
||||||||||
DM3 |
- |
|||||||||||
DM4 |
1050 |
|||||||||||
H3 (with hand wheel) |
DM2 |
- |
||||||||||
DM3 |
- |
|||||||||||
DM4 |
1500 |
|||||||||||
Valve + actuator weight (kg) (without handwheel) |
DM2 |
- |
||||||||||
DM3 |
- |
|||||||||||
DM3 |
746 |
853 |
1030 |
1228 |
||||||||
Valve + actuator weight (kg) (with handwheel) |
DM2 |
|||||||||||
DM3 |
- |
|||||||||||
DM4 |
771 |
878 |
1055 |
1253 |
||||||||
Note: The weight is the weight of ANSI300 series valve body + actuator |
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