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China-Made J-Valves 6inch 2PC Floating Carbon Steel WCB ANSI Class 300 Flange End Full Port Lever Operation Ball Valve
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Our 6 - inch 2PC Floating Carbon Steel WCB ANSI Class 300 Flange End Full Port Lever Operation Ball Valve is engineered for industrial applications demanding reliability. Made from high - quality carbon steel WCB, it ensures excellent durability and corrosion resistance. With an ANSI Class 300 rating, it can handle high - pressure systems with ease. The full - port design minimizes flow resistance, enabling smooth and efficient fluid transfer. The lever operation provides quick and simple on - off control, enhancing operational convenience. Ideal for oil and gas, chemical, and water treatment industries, this ball valve is your trusted choice for seamless flow management.
Premium China-Made J-VALVES: Your Ideal Choice for Industrial Fluid Control
Product Introduction
This 6 - inch two - piece floating ball valve is crafted from WCB carbon steel, endowing it with remarkable strength and durability. With an ANSI Class 300 pressure rating, it is well - suited for medium - pressure conditions. The flange connection ensures easy installation, reducing the time and effort required for setup. Its full - bore design enables a smooth flow of various media, minimizing resistance and enhancing transportation efficiency. The handle operation is straightforward, allowing operators to effortlessly achieve on - off control. This valve is highly applicable in fields such as chemical engineering, electric power, and water treatment, providing a reliable guarantee for fluid transportation and system operation.
Product Name
6inch 300LB 2PC Carbon Steel WCB Lever Operation Ball Valve
Fire safe, anti-static device, Blow-out Froof Stem
I. Unrivaled Strength and Long - Lasting Durability
This 6 - inch two - piece floating ball valve is fabricated from WCB carbon steel. WCB carbon steel features outstanding strength and toughness, enabling it to endure extremely harsh working environments. In high - temperature scenarios such as steam - filled pipelines in power plants, or high - pressure conditions like those in certain chemical reaction vessels, and even when dealing with slightly corrosive media like some weak acidic solutions in the chemical industry, it can operate stably. This significantly extends the valve's service life, reduces the frequency of equipment replacement, and ultimately saves maintenance costs for enterprises. For example, in a large - scale chemical plant, using this valve can cut down the number of valve replacements from three times a year to once every two years, bringing substantial cost - savings.
II. Perfectly Tailored for Medium - Pressure Environments
The valve has an ANSI Class 300 pressure rating, which allows it to perform remarkably well under medium - pressure conditions. In industries like chemical engineering and electric power, numerous technological processes demand stable medium - pressure fluid transportation. Take the distillation process in a petrochemical refinery as an example. This valve can precisely control the fluid pressure, ensuring the safe and efficient operation of the system. It effectively prevents production accidents or equipment damage caused by pressure fluctuations. If the pressure fluctuates in a power plant's steam - driven turbine system, this valve can quickly adjust to maintain a stable pressure, guaranteeing the normal operation of the turbine.
III. Installation Made Easy: Simplifying the Setup Process for Maximum Efficiency
It adopts a flange connection method, making the installation process simple and convenient. When connecting to pipelines, all that is needed is to fasten the flanges with bolts, eliminating the need for complex welding or other special techniques. This not only saves installation time but also facilitates future disassembly and maintenance. For instance, in a large - scale construction project of a water treatment plant, using this valve can shorten the installation time of the pipeline system by about 30%. It also reduces the technical threshold for installation and maintenance, thereby improving the efficiency of engineering operations. Workers with basic mechanical knowledge can easily handle the installation and maintenance tasks.
IV. Full - Bore Brilliance: Unleashing Optimal Flow Efficiency
The full - bore design is one of its major highlights. The internal flow channel of the valve is identical to the inner diameter of the pipeline. When various fluids, such as crude oil in the oil - and - gas industry, cooling water in a power plant, or chemical raw materials in a chemical factory, pass through, the resistance can be significantly reduced, enabling smooth medium transportation. This not only improves the fluid transportation efficiency but also cuts down on energy consumption, which is in line with the current industrial development trend of energy conservation and environmental protection. In a large - scale oil - transportation pipeline network, using this valve can increase the oil transportation volume by 15% with the same power input, achieving both energy - saving and efficiency - enhancing effects.
V. Operation Redefined: Simple, Straightforward, and Super Responsive
The handle operation design makes the on - off control of the valve extremely easy. Operators only need to turn the handle to quickly open and close the valve, and the operation process is straightforward and easy to understand. Even those who are new to this valve can master the operation method within a short period. In a busy chemical production line, workers can respond immediately to the need for fluid control by simply operating the handle, effectively improving the operational convenience and response speed during the production process. This can prevent potential production delays caused by complex operation procedures.
Ⅵ. Versatile Applications Across Diverse Industrial Sectors
Thanks to its excellent performance, this valve has a wide range of applications in multiple fields. In the chemical industry, it can be used for the transportation control of various chemical raw materials and products, such as highly reactive chemicals and corrosive solvents. In the power industry, it can meet the flow - regulation requirements of media like circulating water for cooling condensers and high - temperature steam for power generation. In the water treatment field, whether it is the water supply in a waterworks or the wastewater discharge in a sewage treatment plant, it can reliably complete the fluid control tasks. In a large - scale urban water supply project, this valve can ensure the stable supply of tap water to millions of households, playing a crucial role in different industries' fluid transportation.
Premium China-Made J-VALVES: Your Ideal Choice for Industrial Fluid Control
Product Introduction
This 6 - inch two - piece floating ball valve is crafted from WCB carbon steel, endowing it with remarkable strength and durability. With an ANSI Class 300 pressure rating, it is well - suited for medium - pressure conditions. The flange connection ensures easy installation, reducing the time and effort required for setup. Its full - bore design enables a smooth flow of various media, minimizing resistance and enhancing transportation efficiency. The handle operation is straightforward, allowing operators to effortlessly achieve on - off control. This valve is highly applicable in fields such as chemical engineering, electric power, and water treatment, providing a reliable guarantee for fluid transportation and system operation.
Product Name
6inch 300LB 2PC Carbon Steel WCB Lever Operation Ball Valve
Fire safe, anti-static device, Blow-out Froof Stem
I. Unrivaled Strength and Long - Lasting Durability
This 6 - inch two - piece floating ball valve is fabricated from WCB carbon steel. WCB carbon steel features outstanding strength and toughness, enabling it to endure extremely harsh working environments. In high - temperature scenarios such as steam - filled pipelines in power plants, or high - pressure conditions like those in certain chemical reaction vessels, and even when dealing with slightly corrosive media like some weak acidic solutions in the chemical industry, it can operate stably. This significantly extends the valve's service life, reduces the frequency of equipment replacement, and ultimately saves maintenance costs for enterprises. For example, in a large - scale chemical plant, using this valve can cut down the number of valve replacements from three times a year to once every two years, bringing substantial cost - savings.
II. Perfectly Tailored for Medium - Pressure Environments
The valve has an ANSI Class 300 pressure rating, which allows it to perform remarkably well under medium - pressure conditions. In industries like chemical engineering and electric power, numerous technological processes demand stable medium - pressure fluid transportation. Take the distillation process in a petrochemical refinery as an example. This valve can precisely control the fluid pressure, ensuring the safe and efficient operation of the system. It effectively prevents production accidents or equipment damage caused by pressure fluctuations. If the pressure fluctuates in a power plant's steam - driven turbine system, this valve can quickly adjust to maintain a stable pressure, guaranteeing the normal operation of the turbine.
III. Installation Made Easy: Simplifying the Setup Process for Maximum Efficiency
It adopts a flange connection method, making the installation process simple and convenient. When connecting to pipelines, all that is needed is to fasten the flanges with bolts, eliminating the need for complex welding or other special techniques. This not only saves installation time but also facilitates future disassembly and maintenance. For instance, in a large - scale construction project of a water treatment plant, using this valve can shorten the installation time of the pipeline system by about 30%. It also reduces the technical threshold for installation and maintenance, thereby improving the efficiency of engineering operations. Workers with basic mechanical knowledge can easily handle the installation and maintenance tasks.
IV. Full - Bore Brilliance: Unleashing Optimal Flow Efficiency
The full - bore design is one of its major highlights. The internal flow channel of the valve is identical to the inner diameter of the pipeline. When various fluids, such as crude oil in the oil - and - gas industry, cooling water in a power plant, or chemical raw materials in a chemical factory, pass through, the resistance can be significantly reduced, enabling smooth medium transportation. This not only improves the fluid transportation efficiency but also cuts down on energy consumption, which is in line with the current industrial development trend of energy conservation and environmental protection. In a large - scale oil - transportation pipeline network, using this valve can increase the oil transportation volume by 15% with the same power input, achieving both energy - saving and efficiency - enhancing effects.
V. Operation Redefined: Simple, Straightforward, and Super Responsive
The handle operation design makes the on - off control of the valve extremely easy. Operators only need to turn the handle to quickly open and close the valve, and the operation process is straightforward and easy to understand. Even those who are new to this valve can master the operation method within a short period. In a busy chemical production line, workers can respond immediately to the need for fluid control by simply operating the handle, effectively improving the operational convenience and response speed during the production process. This can prevent potential production delays caused by complex operation procedures.
Ⅵ. Versatile Applications Across Diverse Industrial Sectors
Thanks to its excellent performance, this valve has a wide range of applications in multiple fields. In the chemical industry, it can be used for the transportation control of various chemical raw materials and products, such as highly reactive chemicals and corrosive solvents. In the power industry, it can meet the flow - regulation requirements of media like circulating water for cooling condensers and high - temperature steam for power generation. In the water treatment field, whether it is the water supply in a waterworks or the wastewater discharge in a sewage treatment plant, it can reliably complete the fluid control tasks. In a large - scale urban water supply project, this valve can ensure the stable supply of tap water to millions of households, playing a crucial role in different industries' fluid transportation.
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
Crafted from high - grade carbon steel WCB known for its excellent mechanical properties, it offers high resistance against corrosion, abrasion, and extreme temperatures, ensuring long - lasting performance in harsh industrial environments. Designed to ANSI Class 300 standards, it can handle high - pressure applications safely, be it in chemical processing plants or oil and gas pipeline systems. Its full - port design, with a bore diameter equal to the pipeline's, reduces flow resistance, enabling smoother fluid flow, less pressure drop, improved energy efficiency, and minimized clogging risks. The flange end connection provides a secure, leak - proof joint through its large contact area and proper gaskets, and is easy to install and disassemble for hassle - free maintenance and replacement. Lastly, the lever operation allows for simple and quick control with a flick of the lever, enabling rapid response in emergencies or routine operations, enhancing efficiency and reducing human error. This valve combines reliability, efficiency, and ease of use, making it an ideal choice for various industries.
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