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WKT's floating ball valve is an efficient fluid control device. The design concept is based on floating ball technology and is designed to provide outstanding sealing performance and reliability. This valve consists of two floating balls compressed by elastic valve seats, which can effectively adapt to changes in fluid pressure and ensure that the valve still maintains good sealing under extreme working conditions. Our floating ball valve series fully considers the safety and convenience of users and is equipped with valve locks and fireproof sealing designs to ensure safety while extending the service life of the valve.
1. Bidirectional sealing design: The floating ball valve adopts a bidirectional sealing design, providing superior sealing ability and ensuring good sealing in any direction of fluid flow.
2. Anti-stem flying: Our anti-blowout stem design greatly improves the safety of the valve and ensures the stability of the valve under high pressure.
3. Anti-static function: The special design ensures that the valve can avoid static electricity accumulation during use, enhancing safety.
4. Full-bore or reduced-bore options: Full-bore or reduced-bore valves can be selected according to customer needs to meet different flow requirements.
5. Low torque operation: The floating ball valve has a low operating torque, which is easy to maintain and operate, reducing the difficulty of installation.
6. Built-in cavity pressure relief device: Each valve is equipped with a built-in cavity pressure relief device, which can effectively release the pressure of the upstream valve seat and apply positive preload to ensure low-pressure sealing.
7. Overpressure self-relieving valve seat design: This design increases safety and can self-release pressure in overpressure conditions to avoid valve damage.
8. Integrated locking device: Prevents misuse of the valve, thereby enhancing safety and reliability.
1. Safety: Enhanced safety design, including fireproof seals and blow-out-proof stems, greatly reduces the risk of accidents and protects equipment and personnel safety.
2. Efficiency: Low torque operation and optimized flow CV control ensure efficient and accurate fluid transportation and reduce energy consumption.
3. Durability: A variety of soft and hard seal seat materials are selected to enable the valve to maintain excellent performance and long-term use under various working conditions.
4. Economy: With quick replacement and technical support, we help customers reduce maintenance costs and improve the stability of production equipment.
WKT's floating ball valves are suitable for a wide range of industrial fields, including but not limited to:
- Oil and gas
- Chemical and petrochemical
- Power and water conservancy
- Pharmaceutical and food processing
- HVAC (heating, ventilation, and air conditioning) system
- Water supply and drainage control
Whether in extreme working conditions such as high pressure, high temperature, corrosiveness, or overload, floating ball valves perform well and can effectively meet the needs of different industries.
To ensure the best performance and safe use of the valve, please follow the following simple steps:
1. Pre-installation inspection: Ensure the cleanliness of the valve and pipeline, and check for physical damage.
2. Install the valve according to the instructions: Correctly install the valve in the pipeline system according to the design drawings and instructions, and pay attention to the correct placement of the sealing ring.
3. Perform pressure test: Before putting it into use, perform necessary pressure tests to ensure that the valve is leak-free.
4. Normal operation: During operation, the valve switch is controlled by the actuator or manual operating handle to monitor the fluid flow.
5. Regular maintenance: Regularly check the valve sealing performance and whether the operation is flexible, and deal with potential problems in time.
1. What fluids are suitable for floating ball valves?
Floating ball valves are widely used in the flow control of liquids and gases, especially for high-pressure or high-temperature fluids.
2. How to choose a suitable valve seat material?
Please choose a suitable valve seat material according to the properties of the fluid (such as corrosiveness, temperature, etc.), and consult our technical support team if necessary.
3. What is the maintenance frequency of the floating ball valve?
It is generally recommended to perform a routine inspection every 6 months to ensure the sealing and operating performance of the valve.
"WKT's floating ball valve is our best choice. It not only has excellent sealing performance but also is very easy to operate, which greatly improves our production efficiency." - Mr. Zhang, engineer of a chemical company.
"The safe design of the valve makes me more confident in operation. There are almost no problems during use. It is worth recommending!" - Ms. Li, technical director of the oil industry.
——
WKT's floating ball valve can effectively adapt to the changes in fluid pressure, ensuring that the valve still maintains a good seal under extreme working conditions, while ensuring safety and extending the life of the valve. If you need, please feel free to contact us.
WKT's floating ball valve is an efficient fluid control device. The design concept is based on floating ball technology and is designed to provide outstanding sealing performance and reliability. This valve consists of two floating balls compressed by elastic valve seats, which can effectively adapt to changes in fluid pressure and ensure that the valve still maintains good sealing under extreme working conditions. Our floating ball valve series fully considers the safety and convenience of users and is equipped with valve locks and fireproof sealing designs to ensure safety while extending the service life of the valve.
1. Bidirectional sealing design: The floating ball valve adopts a bidirectional sealing design, providing superior sealing ability and ensuring good sealing in any direction of fluid flow.
2. Anti-stem flying: Our anti-blowout stem design greatly improves the safety of the valve and ensures the stability of the valve under high pressure.
3. Anti-static function: The special design ensures that the valve can avoid static electricity accumulation during use, enhancing safety.
4. Full-bore or reduced-bore options: Full-bore or reduced-bore valves can be selected according to customer needs to meet different flow requirements.
5. Low torque operation: The floating ball valve has a low operating torque, which is easy to maintain and operate, reducing the difficulty of installation.
6. Built-in cavity pressure relief device: Each valve is equipped with a built-in cavity pressure relief device, which can effectively release the pressure of the upstream valve seat and apply positive preload to ensure low-pressure sealing.
7. Overpressure self-relieving valve seat design: This design increases safety and can self-release pressure in overpressure conditions to avoid valve damage.
8. Integrated locking device: Prevents misuse of the valve, thereby enhancing safety and reliability.
1. Safety: Enhanced safety design, including fireproof seals and blow-out-proof stems, greatly reduces the risk of accidents and protects equipment and personnel safety.
2. Efficiency: Low torque operation and optimized flow CV control ensure efficient and accurate fluid transportation and reduce energy consumption.
3. Durability: A variety of soft and hard seal seat materials are selected to enable the valve to maintain excellent performance and long-term use under various working conditions.
4. Economy: With quick replacement and technical support, we help customers reduce maintenance costs and improve the stability of production equipment.
WKT's floating ball valves are suitable for a wide range of industrial fields, including but not limited to:
- Oil and gas
- Chemical and petrochemical
- Power and water conservancy
- Pharmaceutical and food processing
- HVAC (heating, ventilation, and air conditioning) system
- Water supply and drainage control
Whether in extreme working conditions such as high pressure, high temperature, corrosiveness, or overload, floating ball valves perform well and can effectively meet the needs of different industries.
To ensure the best performance and safe use of the valve, please follow the following simple steps:
1. Pre-installation inspection: Ensure the cleanliness of the valve and pipeline, and check for physical damage.
2. Install the valve according to the instructions: Correctly install the valve in the pipeline system according to the design drawings and instructions, and pay attention to the correct placement of the sealing ring.
3. Perform pressure test: Before putting it into use, perform necessary pressure tests to ensure that the valve is leak-free.
4. Normal operation: During operation, the valve switch is controlled by the actuator or manual operating handle to monitor the fluid flow.
5. Regular maintenance: Regularly check the valve sealing performance and whether the operation is flexible, and deal with potential problems in time.
1. What fluids are suitable for floating ball valves?
Floating ball valves are widely used in the flow control of liquids and gases, especially for high-pressure or high-temperature fluids.
2. How to choose a suitable valve seat material?
Please choose a suitable valve seat material according to the properties of the fluid (such as corrosiveness, temperature, etc.), and consult our technical support team if necessary.
3. What is the maintenance frequency of the floating ball valve?
It is generally recommended to perform a routine inspection every 6 months to ensure the sealing and operating performance of the valve.
"WKT's floating ball valve is our best choice. It not only has excellent sealing performance but also is very easy to operate, which greatly improves our production efficiency." - Mr. Zhang, engineer of a chemical company.
"The safe design of the valve makes me more confident in operation. There are almost no problems during use. It is worth recommending!" - Ms. Li, technical director of the oil industry.
——
WKT's floating ball valve can effectively adapt to the changes in fluid pressure, ensuring that the valve still maintains a good seal under extreme working conditions, while ensuring safety and extending the life of the valve. If you need, please feel free to contact us.
Size Range | Body Materials |
1/2″-10″(15mm-250mm) | Carbon Steel,Stainless Steel,Nickel Aluminum Bronze,etc |
Temperature Range | Stem Material |
-196 to 400 degree | Stainless Steel |
Pressure Ratings | Shutoff Rating |
Class150-Class2500 | Bidirectional Bubble-tight |
Ball Materials | Body Style |
Carbon Steel, Aluminum Bronze, Stainless Steel,etc | Wafer,Double Flanged,Butt Weld,NPT |
Ball Materials | Body Style |
Carbon Steel, Aluminum Bronze, Stainless Steel,etc | Wafer,Double Flanged,Butt Weld,NPT |
Design Standard | Flange Drilling |
API608,API 6D,EN1983,ISO17292,GOST | ASME B16.5, EN 1092-1,GOST 33259 |
Testing Standard | Certifications |
API 598,EN12266-1,ISO 5208,ANSI/FCI 70-2 | API 6D,CE,EAC,SIL3,ISO 19001,API 607,API 6FA |
Face to Face | Fugitive Emissions |
API 6D,ISO 5752,ASME B16.10,EN558-1 | ISO 158484-1 |
Applications | Operation |
Bulk liquid storage, oil & gas, LNG storage & transportation, steam distribution systems, power generation, geothermal steam, sugar & ethanol, pulp & paper liquor, refining, chemical processing, water & wastewater, air separation, cryogenic services | Wench, Worm Gear, Electric, Pneumatic,etc |
Seat Materials | |
PTFE,RPTFE,PCTFE,NYLON,DEVLON,PEEK,etc(Soft Seat) | coating STL,TCC,NI55,NI60,etc(Metal Seat) |
Size Range | Body Materials |
1/2″-10″(15mm-250mm) | Carbon Steel,Stainless Steel,Nickel Aluminum Bronze,etc |
Temperature Range | Stem Material |
-196 to 400 degree | Stainless Steel |
Pressure Ratings | Shutoff Rating |
Class150-Class2500 | Bidirectional Bubble-tight |
Ball Materials | Body Style |
Carbon Steel, Aluminum Bronze, Stainless Steel,etc | Wafer,Double Flanged,Butt Weld,NPT |
Ball Materials | Body Style |
Carbon Steel, Aluminum Bronze, Stainless Steel,etc | Wafer,Double Flanged,Butt Weld,NPT |
Design Standard | Flange Drilling |
API608,API 6D,EN1983,ISO17292,GOST | ASME B16.5, EN 1092-1,GOST 33259 |
Testing Standard | Certifications |
API 598,EN12266-1,ISO 5208,ANSI/FCI 70-2 | API 6D,CE,EAC,SIL3,ISO 19001,API 607,API 6FA |
Face to Face | Fugitive Emissions |
API 6D,ISO 5752,ASME B16.10,EN558-1 | ISO 158484-1 |
Applications | Operation |
Bulk liquid storage, oil & gas, LNG storage & transportation, steam distribution systems, power generation, geothermal steam, sugar & ethanol, pulp & paper liquor, refining, chemical processing, water & wastewater, air separation, cryogenic services | Wench, Worm Gear, Electric, Pneumatic,etc |
Seat Materials | |
PTFE,RPTFE,PCTFE,NYLON,DEVLON,PEEK,etc(Soft Seat) | coating STL,TCC,NI55,NI60,etc(Metal Seat) |