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China-Made J-Valves F304L 3PC High Pressure Internal Thread Lever/Pneumatic/Electric Operation Floating Reduce Port Ball Valve
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The F304L 3PC High Pressure Internal Thread Floating Full Port Ball Valve is a top - notch solution for fluid control in high - pressure systems. Crafted from F304L material, it has excellent corrosion resistance, ensuring long - term durability even in harsh environments. The three - piece design allows for easy disassembly and maintenance. The internal thread connection makes installation quick and straightforward. It offers multiple operation modes: lever, pneumatic, or electric. The lever provides manual control for simple applications, while pneumatic and electric options are suitable for automated systems. Its floating full - port design minimizes flow resistance, enabling smooth and efficient fluid flow. Ideal for industries like chemical, oil, and gas, it can handle high - pressure situations with ease.
Premium China-Made J-VALVES: Your Ideal Choice for Industrial Fluid Control
Product Introduction
F304L 3PC High - Pressure Internal Thread Floating Full Port Ball Valve: The Ultimate Solution for Demanding Fluid Control Applications. With Lever, Pneumatic, and Electric Operation Modes, It Ensures Precise and Reliable Performance in High - Stress Industrial Systems, Ideal for Chemical, Oil, and Gas Pipelines Where Safety and Efficiency Are Paramount.
Product Name
2 inch 800LB 3PC Forged Steel F304L Floating Ball Valve
Fire safe, anti-static device, Blow-out Froof Stem
Ⅰ.Enchanting Qualities of Materials: How F304L Elevates the Ball Valve's Performance
· Exceptional Corrosion Resistance
The F304L material is one of the core advantages of this ball valve. It exhibits excellent resistance to a variety of highly corrosive chemicals, such as sulfuric acid and hydrochloric acid. In chemical production, where the transportation and handling of these corrosive media are common, this ball valve can operate stably for a long time without performance degradation or damage due to corrosion. This significantly reduces the downtime and costs associated with valve replacement.
· Good Low - Temperature Toughness
In addition to its corrosion resistance, the F304L material maintains good toughness in low - temperature environments. In oil and gas extraction projects in cold regions, pipeline systems need to withstand extremely low temperatures. Valves made of ordinary materials may become brittle at low temperatures, leading to cracks or even fractures. However, the F304L material used in this ball valve can effectively prevent such issues, ensuring the normal operation of the valve in low - temperature conditions.
· High Strength and Stability
The F304L material itself has high strength and can withstand significant pressure without deformation. In high - pressure industrial pipeline systems, such as the connecting pipelines of high - pressure reactors in the oil refining process, valves need to bear huge pressure. Thanks to the high - strength characteristics of its material, this ball valve can operate stably, guaranteeing the safe operation of the pipeline system.
II. Innovative Structural Design Features: Pioneering the Ball Valve's Performance
· Convenient Three - Piece Disassembly
The 3PC (three - piece) design provides great convenience for valve maintenance and repair. When there is a fault inside the valve or the seals need to be replaced, operators do not need to remove the entire valve from the pipeline. They can simply disassemble the three main parts to quickly inspect and repair the internal components. This design greatly shortens the maintenance time and improves work efficiency, especially suitable for industrial applications with high requirements for production continuity.
· Flexible Assembly Configuration
The three - piece structure allows for more flexible and diverse valve assembly. Users can select different components such as balls and seals for combination according to different usage requirements and working conditions, achieving personalized configuration. For example, in applications with extremely high sealing performance requirements, high - performance sealing materials can be chosen; in applications requiring large flow rates, balls with larger diameters can be selected. This flexibility enables the ball valve to better adapt to various complex industrial application scenarios.
·Reliable Sealing Structure
The sealing structure of this ball valve is carefully designed, using advanced sealing technology and materials. The sealing between the ball and the valve seat is tight, effectively preventing fluid leakage. Even under harsh working conditions of high pressure and high temperature, it can ensure good sealing performance, guaranteeing the safety and stability of the pipeline system. Meanwhile, the long service life of the seals reduces the frequency of seal replacement and lowers the maintenance cost.
III. High - Tech Advantages in Connection and Flow: Unleashing the Full Potential of the Ball Valve
· Tight Internal Thread Connection
The internal thread connection method features easy installation and a tight connection. During installation, operators only need to screw the valve onto the pipeline with the corresponding thread, eliminating the need for complex welding or other connection processes. This greatly shortens the installation time. Moreover, the thread connection can provide reliable sealing performance, effectively preventing fluid leakage and ensuring the normal operation of the pipeline system.
· Unobstructed Full - Port Design
The floating full - port design allows the fluid passage to be almost unobstructed when the valve is open, achieving the maximum flow area. Compared with ordinary valves, this ball valve has less pressure loss, which can improve the fluid transportation efficiency and reduce energy consumption. In large - flow transportation scenarios, such as urban water supply and drainage systems, the advantages of the full - port design are more obvious, ensuring that a large amount of fluid can pass through the valve quickly and smoothly.
· Low Flow Resistance Characteristics
Due to its unique structural design, this ball valve has a very low flow resistance coefficient. When fluid passes through the valve, it is not subject to excessive obstruction and can maintain a stable flow rate and pressure. This is not only beneficial for improving the transportation efficiency of the pipeline system but also reduces the impact on the pipeline and other equipment, extending the service life of the entire pipeline system.
IV. Intelligent Codes of Connection and Flow: Unlocking New Horizons of the Ball Valve's Outstanding Performance
· Tight Internal Thread Connection
The internal thread connection method features easy installation and a tight connection. During installation, operators only need to screw the valve onto the pipeline with the corresponding thread, eliminating the need for complex welding or other connection processes. This greatly shortens the installation time. Moreover, the thread connection can provide reliable sealing performance, effectively preventing fluid leakage and ensuring the normal operation of the pipeline system.
· Unobstructed Full - Port Design
The floating full - port design allows the fluid passage to be almost unobstructed when the valve is open, achieving the maximum flow area. Compared with ordinary valves, this ball valve has less pressure loss, which can improve the fluid transportation efficiency and reduce energy consumption. In large - flow transportation scenarios, such as urban water supply and drainage systems, the advantages of the full - port design are more obvious, ensuring that a large amount of fluid can pass through the valve quickly and smoothly.
· Low Flow Resistance Characteristics
Due to its unique structural design, this ball valve has a very low flow resistance coefficient. When fluid passes through the valve, it is not subject to excessive obstruction and can maintain a stable flow rate and pressure. This is not only beneficial for improving the transportation efficiency of the pipeline system but also reduces the impact on the pipeline and other equipment, extending the service life of the entire pipeline system.
Premium China-Made J-VALVES: Your Ideal Choice for Industrial Fluid Control
Product Introduction
F304L 3PC High - Pressure Internal Thread Floating Full Port Ball Valve: The Ultimate Solution for Demanding Fluid Control Applications. With Lever, Pneumatic, and Electric Operation Modes, It Ensures Precise and Reliable Performance in High - Stress Industrial Systems, Ideal for Chemical, Oil, and Gas Pipelines Where Safety and Efficiency Are Paramount.
Product Name
2 inch 800LB 3PC Forged Steel F304L Floating Ball Valve
Fire safe, anti-static device, Blow-out Froof Stem
Ⅰ.Enchanting Qualities of Materials: How F304L Elevates the Ball Valve's Performance
· Exceptional Corrosion Resistance
The F304L material is one of the core advantages of this ball valve. It exhibits excellent resistance to a variety of highly corrosive chemicals, such as sulfuric acid and hydrochloric acid. In chemical production, where the transportation and handling of these corrosive media are common, this ball valve can operate stably for a long time without performance degradation or damage due to corrosion. This significantly reduces the downtime and costs associated with valve replacement.
· Good Low - Temperature Toughness
In addition to its corrosion resistance, the F304L material maintains good toughness in low - temperature environments. In oil and gas extraction projects in cold regions, pipeline systems need to withstand extremely low temperatures. Valves made of ordinary materials may become brittle at low temperatures, leading to cracks or even fractures. However, the F304L material used in this ball valve can effectively prevent such issues, ensuring the normal operation of the valve in low - temperature conditions.
· High Strength and Stability
The F304L material itself has high strength and can withstand significant pressure without deformation. In high - pressure industrial pipeline systems, such as the connecting pipelines of high - pressure reactors in the oil refining process, valves need to bear huge pressure. Thanks to the high - strength characteristics of its material, this ball valve can operate stably, guaranteeing the safe operation of the pipeline system.
II. Innovative Structural Design Features: Pioneering the Ball Valve's Performance
· Convenient Three - Piece Disassembly
The 3PC (three - piece) design provides great convenience for valve maintenance and repair. When there is a fault inside the valve or the seals need to be replaced, operators do not need to remove the entire valve from the pipeline. They can simply disassemble the three main parts to quickly inspect and repair the internal components. This design greatly shortens the maintenance time and improves work efficiency, especially suitable for industrial applications with high requirements for production continuity.
· Flexible Assembly Configuration
The three - piece structure allows for more flexible and diverse valve assembly. Users can select different components such as balls and seals for combination according to different usage requirements and working conditions, achieving personalized configuration. For example, in applications with extremely high sealing performance requirements, high - performance sealing materials can be chosen; in applications requiring large flow rates, balls with larger diameters can be selected. This flexibility enables the ball valve to better adapt to various complex industrial application scenarios.
·Reliable Sealing Structure
The sealing structure of this ball valve is carefully designed, using advanced sealing technology and materials. The sealing between the ball and the valve seat is tight, effectively preventing fluid leakage. Even under harsh working conditions of high pressure and high temperature, it can ensure good sealing performance, guaranteeing the safety and stability of the pipeline system. Meanwhile, the long service life of the seals reduces the frequency of seal replacement and lowers the maintenance cost.
III. High - Tech Advantages in Connection and Flow: Unleashing the Full Potential of the Ball Valve
· Tight Internal Thread Connection
The internal thread connection method features easy installation and a tight connection. During installation, operators only need to screw the valve onto the pipeline with the corresponding thread, eliminating the need for complex welding or other connection processes. This greatly shortens the installation time. Moreover, the thread connection can provide reliable sealing performance, effectively preventing fluid leakage and ensuring the normal operation of the pipeline system.
· Unobstructed Full - Port Design
The floating full - port design allows the fluid passage to be almost unobstructed when the valve is open, achieving the maximum flow area. Compared with ordinary valves, this ball valve has less pressure loss, which can improve the fluid transportation efficiency and reduce energy consumption. In large - flow transportation scenarios, such as urban water supply and drainage systems, the advantages of the full - port design are more obvious, ensuring that a large amount of fluid can pass through the valve quickly and smoothly.
· Low Flow Resistance Characteristics
Due to its unique structural design, this ball valve has a very low flow resistance coefficient. When fluid passes through the valve, it is not subject to excessive obstruction and can maintain a stable flow rate and pressure. This is not only beneficial for improving the transportation efficiency of the pipeline system but also reduces the impact on the pipeline and other equipment, extending the service life of the entire pipeline system.
IV. Intelligent Codes of Connection and Flow: Unlocking New Horizons of the Ball Valve's Outstanding Performance
· Tight Internal Thread Connection
The internal thread connection method features easy installation and a tight connection. During installation, operators only need to screw the valve onto the pipeline with the corresponding thread, eliminating the need for complex welding or other connection processes. This greatly shortens the installation time. Moreover, the thread connection can provide reliable sealing performance, effectively preventing fluid leakage and ensuring the normal operation of the pipeline system.
· Unobstructed Full - Port Design
The floating full - port design allows the fluid passage to be almost unobstructed when the valve is open, achieving the maximum flow area. Compared with ordinary valves, this ball valve has less pressure loss, which can improve the fluid transportation efficiency and reduce energy consumption. In large - flow transportation scenarios, such as urban water supply and drainage systems, the advantages of the full - port design are more obvious, ensuring that a large amount of fluid can pass through the valve quickly and smoothly.
· Low Flow Resistance Characteristics
Due to its unique structural design, this ball valve has a very low flow resistance coefficient. When fluid passes through the valve, it is not subject to excessive obstruction and can maintain a stable flow rate and pressure. This is not only beneficial for improving the transportation efficiency of the pipeline system but also reduces the impact on the pipeline and other equipment, extending the service life of the entire pipeline system.
Technical Standards
1.Design & Manufacture standard：ANSI B16.34, API 608, API 6D, BS5351
2.Pressure & Temperature standard：ASME B16.34
3.Face to face dimension standard： ANSI B16.10, API 6D
1.How to guarantee your quality? When we install, if there is some quality problems, how to solve it?
We have QC department, quality inspector will check every step when processing and make reports to clients for checking. If any quality problems, we will check and reply you within 24 hours to solve it. Please contact us for any quality problems.
2.What's the temperature and pressure for valves?
For metal seat, temperature range from -196ºC to 425ºC. For soft seat ball valve, temperature range from -196ºC to 200ºC. Pressure range from PN6 to PN420(150LB~2500LB).
3.What's the materials of valves?
Stainless Steel, Forged Stainless Steel, Alloy Steel, Duplex Steel, Titanium Alloy, Nickel-aluminum, Bronze Alloy, etc. Details materials requirements could consult us at any time.
4.How about delivery time?
Our factory is near to Ningbo & Shanghai seaport, generally speaking, export to Asia takes about 7-10 days, export to Europe, Middle East, Africa, North America, South America, etc. takes about 30-35 days by sea.
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Advantages
Professional QC
From process to finished products of each order, inspectors must inspect every steps of every valve, including product appearance, dimensions and pressure testing. We will submit inspection reports to customers to ensure products quality 100% qualified.
Strong Productivity
There are more than 50 lathes, 5 pressure testing machines, 15 assembling platforms , which could meet the needs in big quantities.
Variety Valves Types
J-VALVES has variety valves types, materials, sizes, including ball valve, gate valve, globe valve, check valve, butterfly valve, plug valve, strainer, etc. Manufactured in different standards and pressure and temperature to satisfy different demands fully.
Good Valves Material
Valves materials' produce strictly according to international standards, such as physical properties and chemical component, which can tested by the third party or other organizations.
Full Supply Chain
J-VALVES is located in industry center, it has complete industrial chain, which reduce production cost then make our price more reasonable and competitive.
Mature Technical Team
J-VALVES could design the most professional valves types as per customer’s needs according to medium temperature, fluid medium type, pipeline pressure, valve working environment, etc.
Fast After-sales Service
J-VALVES has professional after-sales team, sales team and technical team, for any after-sales questions, we could solve within 24 hours to give the most professional and suitable solutions.
Fast Delivery
Wenzhou city is located in the middle of the east coast of China, close to Ningbo and Shanghai port, which has advantage of shipping & flight routes, it is convenient for ship and air delivery.
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Product display
In industrial fluid control scenarios, the F304L 3PC high-pressure internal thread lever/pneumatic/electric operation floating full-port ball valve is an ideal choice. It is made of F304L material, featuring corrosion resistance, low-temperature tolerance, and high strength, enabling it to operate stably in chemical industries, oil and gas extraction in cold regions, and high-pressure pipeline systems, thus reducing maintenance costs. Its 3PC design facilitates maintenance, as there's no need to remove the entire valve when there's an internal fault, and components can be assembled flexibly according to requirements. The internal thread connection ensures easy installation and reliable sealing, while the floating full-port design minimizes pressure loss and ensures unobstructed flow. Moreover, it offers three operation modes: lever, pneumatic, and electric. The manual lever mode is simple, the pneumatic mode is fast in response, and the electric mode is precise, with the ability to switch between modes flexibly to meet different application needs.
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Manufacturer and supplier of industrial valves, including Floating Ball Valves, Trunnion Ball Valves, Flanged Gate Valves, Welded Gate Valves, High Pressure Gate Valves, Globe Valves, Swing Check Valves, Double Disc Wafer Check Valves, Y Strainers , etc. For more information, please send us your email .
