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Engineered for the most demanding fluid control environments, our manual choke valve delivers unparalleled flow regulation and pressure drop management for critical extraction operations. By integrating premium cemented carbide components and advanced sulfur-resistant alloys, this valve is specifically designed to handle high-pressure, sand-heavy, and sour service conditions where standard equipment would rapidly degrade. The heavy-wall construction effectively mitigates cavitation and flow-induced wear, ensuring the safe and efficient operation of wellhead and pipeline systems over extended production cycles.
Operators in the field will immediately notice the smooth, tactile feedback of the handwheel during micro-adjustments, allowing for precise trim positioning without excessive physical strain or the need for specialized leverage tools. Whether dealing with highly abrasive slurries or highly corrosive gases, the exceptional material integrity dramatically extends the erosion resistance and overall wear life of the internal components. This translates directly to fewer emergency shut-ins and a more predictable maintenance schedule. The carefully calibrated internal geometry minimizes turbulence, resulting in a quieter operation that reduces vibration-induced fatigue on connecting pipework, ultimately safeguarding your entire fluid handling infrastructure.
Applicable Standards | API Spec 16C, API Spec 6A |
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Temperature Ratings | K, L, N, P, S, T, U, V |
Material Class | AA, BB, CC, DD, EE, FF, HH |
Product Specification Level | PSL-1, PSL-2, PSL-3, PSL-3G |
Performance Requirement | PR-1, PR-2 |
Working Pressure | 3000psi, 5000psi, 10,000psi and 15,000psi |
Nominal Diameter | 2-1/16”, 3-1/8”, 3-1/16”, 4-1/16” |
Compliance is not merely a baseline requirement; it is the absolute foundation of our engineering and production philosophy. Every single manual choke valve undergoes a rigorous, multi-stage manufacturing process, featuring precision CNC machining that guarantees exact dimensional tolerances down to the micro-level. Before leaving our facility, each unit is subjected to exhaustive quality control protocols to ensure maximum reliability in the field.
Material Traceability: 100 percent documentation for all forged steel and alloy components.
Hydrostatic Testing: Rigorous pressure validation to confirm leak-proof integrity under extreme loads.
Dimensional Verification: Comprehensive inspection reports cross-referenced with engineering blueprints.
This meticulous attention to detail ensures full alignment with internationally recognized authorities, including API, ASME, and NACE standards for sour service environments. The heavy-duty metallic finish and the solid, resonant clink of the forged steel body upon physical inspection reflect the uncompromising build designed to withstand severe mechanical stress. By adhering strictly to these global benchmarks, we provide procurement managers, site supervisors, and field engineers with absolute confidence in the structural integrity of our well control equipment.
API Spec 16C 3rd edition | Choke and Kill Equipment |
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API Spec 6A 21st edition | Specification for Wellhead and Tree Equipment |
API Spec 20E 3rd edition | Alloy and Carbon Steel Bolting for Use in the Petroleum and Natural Gas Industries |
API Standard 53 5th edition | Well Control Equipment Systems for Drilling Wells |
Nace MR0175-2021 | Petroleum and Natural Gas Industries - Material for use in H₂S containing Environments in Oil and Gas |
Beyond our comprehensive standard product portfolio, we recognize that complex piping networks and unique reservoir characteristics often require highly specialized fluid control solutions. We fully support OEM and ODM customization based on specific engineering drawings or physical samples, offering a diverse array of connection types—including flanged, threaded, and studded ends—alongside customized internal trim sizes to perfectly match your specific infrastructure requirements.
The intelligently designed valve body facilitates rapid on-site disassembly, allowing maintenance crews to perform internal inspections and component replacements with minimal operational downtime. To further reduce your comprehensive lifecycle costs, we supply a complete range of interchangeable spare parts, including premium choke beans, stems, and seats that are fully compatible with mainstream industry brands. The intuitive assembly process means field technicians can physically feel the precise interlocking of critical components, ensuring a secure, tight seal after every single maintenance cycle. This modular approach empowers your on-site personnel to resolve flow restrictions swiftly, keeping production targets on track.
2-1/16" 3,000psi
2-1/16" 5,000psi
2-1/16" 10,000psi
2-1/16" 15,000psi
3-1/8" 3,000psi
3-1/8" 5,000psi
3-1/16" 10,000psi
3-1/16" 15,000psi
4-1/16" 3,000psi
4-1/16" 5,000psi
4-1/16" 10,000psi
4-1/16" 15,000psi
Our advanced fluid control solutions have been successfully deployed and rigorously proven across some of the most unforgiving industrial landscapes worldwide. From the scorching, sand-swept desert oilfields of the Middle East to the freezing, corrosive offshore platforms in the North Sea, this manual choke valve is extensively utilized in oil and gas extraction, wellhead tree assemblies, gathering pipelines, and complex chemical fluid management systems.
It is purposefully engineered to meet diverse production demands across varying pressure spectrums, ensuring uninterrupted flow control regardless of the external environmental extremes. The visual presence of our equipment in critical facilities spanning over thirty countries speaks volumes about its universal adaptability and enduring mechanical performance. Procurement teams and project operators globally trust our engineering to safeguard their multimillion-dollar infrastructure against unpredictable pressure surges, abrasive particulate flow, and harsh elemental exposure. As your operations expand into new territories, our field-tested valves provide the steadfast reliability necessary to maximize resource recovery while maintaining the highest tiers of operational safety.
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