This quarter-turn valve type uses flanged end connections for secure bolted installation in industrial pipeline systems. Its ball-type shut-off structure enables fast opening and closing, low flow resistance, and dependable isolation for liquid, gas, steam-related utility, and process media service.
SDF manufactures industrial valves for mission-critical service. We have a stated specialization in high-temperature and high-pressure power station valve applications. Our products can support power generation, oil and gas, chemical processing, petrochemicals, metallurgy, nuclear energy, natural gas, pharmaceutical production, renewable energy projects, marine engineering, and shipbuilding.
SDF supplies valve options for general industrial service, process pipelines, gas systems, petrochemical units, and high-pressure applications. Selection can be based on structure, body material, pressure rating, nominal size, operation method, sealing requirement, and applicable industry standard.
Representative product groups include floating, trunnion mounted, stainless steel, carbon steel, fire-safe, API-related, and high-pressure configurations. Final model availability and specifications should be confirmed according to operating conditions and project documents.
| Flanged Ball Valve Type | Typical Selection Direction | Common Applications | Key Buyer Considerations |
|---|---|---|---|
| Floating Flanged Ball Valve | General industrial shut-off, smaller to medium sizes, moderate pressure service | Chemical processing, water systems, gas lines, oil lines, utility pipelines | Pressure class, seat material, media compatibility, operation torque |
| Trunnion Mounted Flanged Ball Valve | Larger sizes, higher pressure pipelines, stable torque requirements | Oil and gas pipelines, natural gas systems, petrochemical plants, power-related pipelines | Valve size, pressure rating, sealing structure, actuation method |
| Stainless Steel Flanged Ball Valve | Corrosion-resistant process service | Chemical, petrochemical, pharmaceutical, acid service, clean process media | Corrosion level, temperature, seat compatibility, cleaning requirements |
| Carbon Steel Flanged Ball Valve | General industrial and high-pressure service where strength is important | Oil, gas, steam-related utility lines, district heating, industrial pipelines | Pressure, temperature, media, external environment, flange standard |
| Fire-Safe Flanged Ball Valve | Critical systems requiring fire-safe performance consideration | Oil and gas, petrochemical, natural gas, fuel service, hazardous process systems | API 607 requirements, sealing design, test documentation, project certification |
Floating designs are commonly selected for general shut-off service in smaller to medium pipeline sizes and moderate pressure conditions. The ball can move slightly toward the downstream seat under pressure. This helps achieve sealing performance in many industrial on/off applications.
These valves are often used in chemical processing, water systems, gas lines, oil lines, and general utility pipelines. Buyers should confirm pressure class, temperature, media characteristics, seat material, bore type, and operation needs.
Trunnion mounted designs are often preferred for larger sizes, higher pressure service, and demanding pipeline applications. The ball is supported by trunnions, which reduces seat load and improves operation stability under higher differential pressure.
SDF’s broader experience in high-temperature and high-pressure industrial valves supports engineered selection for power plants, oil and gas pipelines, petrochemical systems, and other mission-critical applications.
Fire-safe designs are relevant for oil, gas, petrochemical, natural gas, and other critical process systems. SDF has API 607 fire-safe certification capability and API 6D certification capability for pipeline valve applications. These capabilities are subject to the specific model and project requirements.
For API-related inquiries, buyers should specify the required standard, pressure class, flange standard, testing documents, material requirements, and project-specific inspection procedures.
Technical compatibility is essential for industrial service. SDF’s broader valve capability covers pressure ratings from 1.6 MPa to 80.0 MPa, Class 150 to Class 4500. It also covers nominal sizes from DN10 to DN4000 and operating temperatures from -196°C to 1100°C. Final availability depends on valve design, materials, sealing structure, and project requirements.
The following table gives engineers, procurement teams, and contractors a practical inquiry framework. Exact parameters should be confirmed by SDF according to media, pressure, temperature, installation conditions, and applicable standards.
| Specification Item | Available Direction or Selection Factor | Notes for Buyers |
|---|---|---|
| Nominal Size | Within SDF’s broader valve range of DN10 to DN4000, depending on product design | Provide pipeline size, flow requirements, and space limitations |
| Pressure Rating | Within SDF’s broader range of 1.6 MPa to 80.0 MPa, Class 150 to Class 4500, depending on model | Specify working pressure, design pressure, and test requirements |
| Body Material | Carbon steel, stainless steel, and other project-suitable material directions where applicable | Selection depends on corrosion, temperature, pressure, and media |
| Ball Material | Selected according to media, temperature, sealing design, and service conditions | Confirm corrosion resistance and surface requirements where needed |
| Seat Material | Soft seat or metal seat direction depending on temperature, media, and sealing demand | High temperature or abrasive service may require special consideration |
| Sealing Type | Standard shut-off, fire-safe design, or special sealing requirements where applicable | Indicate leakage class or project acceptance criteria if specified |
| Port Type | Full port or reduced port configurations where relevant | Full port may be preferred when pressure drop or pigging requirements are important |
| End Connection | Flanged end connection for bolted pipeline installation | Confirm flange standard, face type, and bolt requirements before ordering |
| Operation Method | Lever, gear, pneumatic actuator, or electric actuator where applicable | Selection depends on size, torque, automation, and site accessibility |
| Applicable Media | Gas, oil, water, chemical media, steam-related utilities, and process media according to material compatibility | Provide media name, concentration, solid content, and corrosion information |
| Testing and Inspection | Pressure testing, sealing testing, and final inspection according to ordered model and project requirements | Confirm required certificates, reports, and third-party inspection needs |
For accurate selection, please provide working pressure, operating temperature, media composition, pipeline size, flange standard, bore requirement, operation method, and required standards or documents.
Material selection affects service life, sealing reliability, and safety. Carbon steel is commonly considered for general industrial pipelines and higher-pressure utility service. Stainless steel is often selected for corrosion-sensitive chemical, petrochemical, pharmaceutical, acid service, and process media applications.
Pressure class selection should reflect both design pressure and actual working conditions. Buyers often request Class 150 and Class 300 options for common industrial pipelines. Higher pressure classes may be needed for demanding power generation, oil and gas, natural gas, or petrochemical systems.
| Selection Area | Common Direction | Important Confirmation Points |
|---|---|---|
| Carbon Steel Body | Strength-focused industrial service | Pressure, temperature, fluid type, external corrosion, coating or surface protection needs |
| Stainless Steel Body | Corrosion-resistant process service | Media concentration, chloride content, cleaning process, sanitary or process requirements |
| Class 150 Flanged Ball Valve | Common low to moderate pressure pipeline systems | Confirm pressure-temperature rating and flange standard |
| Class 300 Flanged Ball Valve | Higher pressure industrial and process systems | Confirm body material, seat material, and actuator torque |
| Higher Pressure Classes | Demanding oil, gas, petrochemical, or power-related service | Engineering review recommended for sealing, structure, and testing |
| Flanged End Standard | Project-specific pipeline flange requirements | Confirm standard, face type, bolt pattern, gasket requirement, and installation drawings |
Carbon steel models are often selected for oil, gas, steam-related utility lines, district heating, and general industrial pipelines. They are suitable for many process and utility services when the media matches the selected body, trim, and seat materials.
Stainless steel models are commonly used in chemical processing, petrochemical media, acid service, pharmaceutical processes, and corrosion-sensitive applications. Buyers should confirm media composition, corrosion level, temperature, and any cleanliness or process documentation requirements.
High pressure designs require careful review, especially for larger sizes, high operating pressure, high temperature, or hazardous media. SDF’s specialization in high-temperature and high-pressure valve applications supports power plants and mission-critical systems that need more than catalog selection.
SDF products support stable pipeline isolation, quick quarter-turn operation, and durable flanged installation in industrial environments. The structure helps reduce flow resistance compared with many multi-turn valve types. This makes them suitable for frequent on/off service and automated control applications.
As a manufacturer with more than five decades of valve industry experience, SDF combines engineering capability, manufacturing, testing, and after-sales service. Buyers can discuss manual, gear, pneumatic, and electric operation options according to size, torque, control requirements, and site accessibility.
These valves are widely used for on/off control in process pipelines, gas lines, oil lines, chemical systems, steam-related utilities, district heating, and automated lines. Fast operation and flanged installation make them useful for plant piping and pipeline isolation service.
SDF serves power generation, chemical processing, oil and gas, petrochemicals, metallurgy, nuclear energy, natural gas, pharmaceutical production, renewable energy projects, marine engineering, and shipbuilding. For each application, our team recommends selecting material, seat design, pressure class, sealing requirement, and operation method according to real operating conditions.
SDF has long-standing specialization in power station valves and high-pressure applications. Our engineering support is especially relevant for power generation projects. Suitable models may be used in auxiliary systems, utility lines, isolation points, and automation-related piping when service conditions match the selected design.
Oil, gas, natural gas, and petrochemical systems often require reliable shut-off, strong pressure performance, and suitable fire-safe consideration. Trunnion mounted designs, fire-safe structures, and API-related requirements may be discussed based on pressure class, media, temperature, and project standards.
Chemical and pharmaceutical applications require careful review of media compatibility, corrosion resistance, seat material, sealing structure, and cleanliness expectations. Stainless steel models are often considered for corrosion-sensitive service. Final material selection should always reflect media concentration, temperature, and process conditions.
| Industry | Typical Flanged Ball Valve Use | Selection Focus |
|---|---|---|
| Power Generation | Plant utility systems, isolation service, auxiliary pipelines | Pressure, temperature, reliability, testing documentation |
| Oil and Gas | Pipeline shut-off, process isolation, fuel systems | Fire-safe requirements, pressure class, API requirements where applicable |
| Chemical Processing | Acid service, solvent pipelines, process media shut-off | Corrosion resistance, seat compatibility, leakage requirement |
| Petrochemical | Process units, gas and liquid media isolation | Material, pressure-temperature rating, fire-safe design consideration |
| Natural Gas | Gas pipeline isolation and control points | Sealing reliability, pressure class, actuator needs |
| Marine and Shipbuilding | Ship piping and marine industrial systems | Space, corrosion environment, flange standard, operation access |
Selecting the right valve requires more than matching nominal size and pressure class. Engineers should evaluate media characteristics, temperature, corrosion conditions, flange standard, bore type, structure, seat material, sealing requirement, operation method, installation space, and applicable standards.
SDF can support selection based on project drawings, datasheets, pipeline specifications, and operating conditions. Complete technical information helps reduce the risk of incorrect material selection, insufficient pressure rating, actuator mismatch, or flange compatibility issues.
Floating designs are often used for general applications, smaller to medium sizes, and moderate pressure requirements. Trunnion mounted designs are preferred for larger sizes, higher pressure service, and demanding conditions where torque and sealing stability matter.
| Selection Factor | Floating Flanged Ball Valve | Trunnion Mounted Flanged Ball Valve |
|---|---|---|
| Typical Size Range | Often smaller to medium sizes | Often larger pipeline sizes |
| Pressure Direction | General and moderate pressure service | Higher pressure and demanding service |
| Torque Behavior | Suitable for many standard shut-off applications | Designed to improve stability under higher loads |
| Common Use | Utility lines, water, oil, gas, chemical service | Oil and gas pipelines, natural gas, petrochemical, power-related systems |
| Buyer Focus | Seat material, pressure class, media compatibility | Structure, sealing design, actuator torque, test requirements |
Operation method should reflect valve size, required torque, opening frequency, automation needs, site accessibility, and control system integration. Manual lever operation may suit smaller valves. Gear operation can help with larger or higher-torque valves. Pneumatic or electric actuators can support remote operation and industrial automation.
SDF provides integrated support covering design, R&D, manufacturing, testing, sales, and after-sales service for industrial valve projects. This manufacturer-based capability helps buyers who need engineered solutions instead of standard catalog purchasing only.
Custom engineering may involve material selection, sealing structure, fire-safe design consideration, flange standard, pressure class, bore type, operation method, actuation package, testing requirements, and documentation. SDF can discuss high-pressure, high-temperature, corrosive, fire-safe, and automation-related requirements according to actual working conditions.
Industrial valves must be manufactured and inspected with attention to material quality, machining accuracy, assembly quality, pressure integrity, and sealing performance. SDF supports quality control across material inspection, machining, assembly, pressure testing, sealing testing, and final inspection. Requirements depend on the ordered model and project specification.
SDF’s certifications include ISO 9001, ISO 14001, ISO 45001, API 6D, API 607, EU CE, and China Special Equipment Manufacturing Licenses A1, A2, and B. API 607 is relevant to fire-safe ball valve requirements. API 6D is relevant to pipeline valve applications where applicable.
| Quality or Certification Area | Relevance to Flanged Ball Valve Buyers |
|---|---|
| Material Inspection | Supports correct material selection and traceability according to order requirements |
| Machining and Assembly Control | Helps ensure dimensional accuracy, sealing fit, and operating performance |
| Pressure and Sealing Testing | Confirms pressure integrity and shut-off performance according to applicable requirements |
| ISO 9001 | Quality management system certification |
| ISO 14001 | Environmental management system certification |
| ISO 45001 | Occupational health and safety management system certification |
| API 6D | Pipeline valve certification capability where applicable |
| API 607 | Fire-safe certification capability for applicable valve models |
| EU CE | Compliance support for relevant market and project requirements |
Exact testing procedures, inspection reports, certification documents, and third-party inspection arrangements should be confirmed according to the model, purchase order, and project specification.
Shanghai Power Plant Valve Factory Co., Ltd. (SDF) was founded in 1966. We have developed into a modern industrial valve manufacturer and supplier for demanding applications. Our core capabilities cover design, R&D, manufacturing, testing, sales, and after-sales service. We also have a stated specialization in high-temperature and high-pressure power station valves.
SDF offers a broad portfolio with over 2,000 industrial valve models. Categories include gate valves, globe valves, check valves, ball valves, butterfly valves, control valves, and cryogenic valves. This range helps project buyers source multiple valve types from one experienced manufacturer.
If you need a Flanged Ball Valve manufacturer for industrial pipeline, power plant, petrochemical, oil and gas, chemical, or natural gas applications, SDF can help. Our team supports product selection, custom engineering, manufacturing, testing, and after-sales service. We can review your operating conditions and recommend a suitable configuration for your project.
To receive accurate pricing, datasheets, drawings, and technical consultation, please provide the following information with your inquiry:
Get a Flanged Ball Valve Quote: Send your specifications, drawings, or datasheet to SDF. Our engineering team will review your requirements and provide quotation support.
A flanged ball valve is used for reliable on/off shut-off in industrial pipelines. Our customers commonly apply it in oil and gas, chemical, petrochemical, power plant, natural gas, and process systems.
Floating designs are commonly used for general shut-off applications. Trunnion mounted designs are often preferred for larger sizes, higher pressures, and demanding pipeline service. Our team can help confirm the right option based on pressure, size, media, and operating conditions.
Yes. SDF has API 607 fire-safe certification capability and can support fire-safe ball valve requirements for oil, gas, petrochemical, and other critical applications. Certification and testing requirements should be confirmed for the specific valve model.
Please provide valve size, pressure class, body material, media, temperature, flange standard, operation method, quantity, and required standards or certificates. Drawings or datasheets help our engineers recommend a suitable design.
Yes. SDF provides custom engineering support for complex industrial valve applications. Options may include material selection, pressure class, sealing structure, actuation, flange standard, and testing documentation.
