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WKT's gear box DN300 PN25 RF flange fully welded ball valve is a high-performance pipeline control valve designed for various industrial environments. Its fully welded and forged body structure ensures higher strength and reliability while effectively preventing leakage. The valve is suitable for the control of a variety of media such as water, gas, oil, etc., and is widely used in the oil, natural gas, chemical, and heating industries.
The fully welded ball valve has a valve body composed of three parts of forgings and is equipped with a cavity pressure relief valve to effectively release pressure when the valve faces overpressure problems. The welded structure has fewer leakage paths than traditional ball valves, greatly improving the sealing performance.
All welding is certified according to ASME Article IX to ensure excellent weld quality and non-destructive testing during production. This high-standard manufacturing process improves the service life and performance stability of the fully welded ball valve.
This fully welded ball valve adopts a floating seat design, which can effectively resist the risk of leakage under low-pressure difference or vacuum. The seal between the seat and the ball adopts an O-ring or plastic O-ring to adapt to different media and use environments.
The double-piston design allows the two seats to be sealed from the pressure on the same side of the fully welded ball valve, providing an extra layer of safety. Even if one of the seats fails, the other can still ensure the sealing of the system.
The fully welded structure reduces the number of leakage points and almost eliminates the risk of external leakage. This feature makes the WKT ball valve still stable in complex and harsh environments.
- Reliability and durability: Due to the fully welded design and the use of high-strength materials, the valve ensures long-term stable operation with very few failures or leakages.
- Minimum maintenance cost: The fully welded ball valve reduces the possibility of potential leakage, thereby reducing the need for regular maintenance and inspections, saving time and money.
- Excellent adaptability: The fully welded ball valve can operate in a wide range of pressures and temperatures, is suitable for use in a variety of different industrial environments and exhibits excellent versatility.
- Oil and gas industry: Used for the transportation, distribution, and storage of oil and gas to ensure the safety and reliability of the system.
- Chemical industry: In harsh chemical environments, to achieve control and flow management of chemical substances.
- Heating and steam systems: Can efficiently control the flow of hot water and steam to ensure the stable operation of the heating system.
- Water treatment and water supply systems: Ensure safe and leak-free flow during the water supply process, and improve water quality and safety standards.
1. Check the installation: Make sure the fully welded ball valve is properly installed in the pipeline, the flange is tightly connected to the pipeline and the seal is good.
2. Seal check: Perform a pressure test before operation to ensure that there are no leaks in the fully welded ball valve and its connections.
3. Operation: Use the fully welded ball valve lever to switch according to the required flow and liquid flow. Make sure the valve is used in a fully open or closed state.
4. Routine maintenance: Check the fully welded ball valve status regularly, observe the performance of the valve in operation, and ensure there is no abnormal wear.
1. What is the main difference between a gear box DN300 PN25 RF flange fully welded ball valve and a traditional ball valve?
The fully welded ball valve adopts a welded structure, which eliminates potential leakage points. Compared with traditional flange-connected valves, it has better sealing performance and higher safety.
2. What is the applicable pressure and temperature range of the gear box DN300 PN25 RF flange fully welded ball valve?
This valve can be used at PN25 pressure and is suitable for a variety of temperature conditions. The specific range of use needs to refer to the technical manual.
3. How to maintain the gear box DN300 PN25 RF flange fully welded ball valve?
Although the fully welded ball valve has a lower maintenance requirement, it is still recommended to regularly check the valve performance and the sealing materials around it to ensure optimal working conditions.
4. Is the gear box DN300 PN25 RF flange fully welded ball valve suitable for buried use?
Yes, the valve design allows direct burial in the ground, avoiding the use of flanges, and greatly saving installation and maintenance costs.
- "The sealing performance of this gear box DN300 PN25 RF flange fully welded ball valve is amazing, and there has never been a leakage problem. It is worth the investment."
- "Easy to install and flexible to operate, it is an ideal choice for upgrading our factory equipment."
——
WKT's gear box DN300 PN25 RF flange fully welded ball valve reduces the possibility of potential leakage, thereby reducing the need for regular maintenance and inspection, saving time and money. Welcome to contact us.
WKT's gear box DN300 PN25 RF flange fully welded ball valve is a high-performance pipeline control valve designed for various industrial environments. Its fully welded and forged body structure ensures higher strength and reliability while effectively preventing leakage. The valve is suitable for the control of a variety of media such as water, gas, oil, etc., and is widely used in the oil, natural gas, chemical, and heating industries.
The fully welded ball valve has a valve body composed of three parts of forgings and is equipped with a cavity pressure relief valve to effectively release pressure when the valve faces overpressure problems. The welded structure has fewer leakage paths than traditional ball valves, greatly improving the sealing performance.
All welding is certified according to ASME Article IX to ensure excellent weld quality and non-destructive testing during production. This high-standard manufacturing process improves the service life and performance stability of the fully welded ball valve.
This fully welded ball valve adopts a floating seat design, which can effectively resist the risk of leakage under low-pressure difference or vacuum. The seal between the seat and the ball adopts an O-ring or plastic O-ring to adapt to different media and use environments.
The double-piston design allows the two seats to be sealed from the pressure on the same side of the fully welded ball valve, providing an extra layer of safety. Even if one of the seats fails, the other can still ensure the sealing of the system.
The fully welded structure reduces the number of leakage points and almost eliminates the risk of external leakage. This feature makes the WKT ball valve still stable in complex and harsh environments.
- Reliability and durability: Due to the fully welded design and the use of high-strength materials, the valve ensures long-term stable operation with very few failures or leakages.
- Minimum maintenance cost: The fully welded ball valve reduces the possibility of potential leakage, thereby reducing the need for regular maintenance and inspections, saving time and money.
- Excellent adaptability: The fully welded ball valve can operate in a wide range of pressures and temperatures, is suitable for use in a variety of different industrial environments and exhibits excellent versatility.
- Oil and gas industry: Used for the transportation, distribution, and storage of oil and gas to ensure the safety and reliability of the system.
- Chemical industry: In harsh chemical environments, to achieve control and flow management of chemical substances.
- Heating and steam systems: Can efficiently control the flow of hot water and steam to ensure the stable operation of the heating system.
- Water treatment and water supply systems: Ensure safe and leak-free flow during the water supply process, and improve water quality and safety standards.
1. Check the installation: Make sure the fully welded ball valve is properly installed in the pipeline, the flange is tightly connected to the pipeline and the seal is good.
2. Seal check: Perform a pressure test before operation to ensure that there are no leaks in the fully welded ball valve and its connections.
3. Operation: Use the fully welded ball valve lever to switch according to the required flow and liquid flow. Make sure the valve is used in a fully open or closed state.
4. Routine maintenance: Check the fully welded ball valve status regularly, observe the performance of the valve in operation, and ensure there is no abnormal wear.
1. What is the main difference between a gear box DN300 PN25 RF flange fully welded ball valve and a traditional ball valve?
The fully welded ball valve adopts a welded structure, which eliminates potential leakage points. Compared with traditional flange-connected valves, it has better sealing performance and higher safety.
2. What is the applicable pressure and temperature range of the gear box DN300 PN25 RF flange fully welded ball valve?
This valve can be used at PN25 pressure and is suitable for a variety of temperature conditions. The specific range of use needs to refer to the technical manual.
3. How to maintain the gear box DN300 PN25 RF flange fully welded ball valve?
Although the fully welded ball valve has a lower maintenance requirement, it is still recommended to regularly check the valve performance and the sealing materials around it to ensure optimal working conditions.
4. Is the gear box DN300 PN25 RF flange fully welded ball valve suitable for buried use?
Yes, the valve design allows direct burial in the ground, avoiding the use of flanges, and greatly saving installation and maintenance costs.
- "The sealing performance of this gear box DN300 PN25 RF flange fully welded ball valve is amazing, and there has never been a leakage problem. It is worth the investment."
- "Easy to install and flexible to operate, it is an ideal choice for upgrading our factory equipment."
——
WKT's gear box DN300 PN25 RF flange fully welded ball valve reduces the possibility of potential leakage, thereby reducing the need for regular maintenance and inspection, saving time and money. Welcome to contact us.
Nominal Diameter: DN300
Bore: Full Bore
Nominal Pressure: PN25
Material: ANSI1020
Operation: Gear Box
Design Standard: API 6D
Test/Inspection: API598
End Connection: RF FLANGE
Flange standard: EN1092-1,ASME/ANSI B16.5
Nominal Diameter: DN300
Bore: Full Bore
Nominal Pressure: PN25
Material: ANSI1020
Operation: Gear Box
Design Standard: API 6D
Test/Inspection: API598
End Connection: RF FLANGE
Flange standard: EN1092-1,ASME/ANSI B16.5