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WKT's gear box DN200 PN25 RF flange fully welded ball valve is created with a fully welded and forged body to lessen weight and enhance strength while getting rid of various possible leak spots. They are utilized to link and close off the movement of the substance in numerous pipeline systems.
Gear box DN200 PN25 RF flange fully welded ball valves are used in extreme working conditions such as natural gas, city heating, long-distance pipelines, etc. Gear box DN200 PN25 RF flange fully welded ball valves are restrained over the entire cross-section to overcome higher loads. Therefore, stress corrosion cracking and external contamination can be actively avoided to extend the service life of the valve. As the valve seat is composed of a carbonized Teflon sealing ring and disc spring, it is adaptable to pressure and temperature changes and will not produce any leakage slip in the marked pressure and temperature range.
- Wear-resistant: Because the spool of the welded ball valve is alloy steel spray welding, the seal ring is alloy steel surfacing, so the welded ball valve will not produce too much wear and tear when switching. (Its hardness coefficient is 65-70)
- Good sealing performance: The seal of a welded ball valve is manually ground until the spool and the seal ring completely match before use, so its sealing performance is reliable.
- Wide range of applications: The welded ball valve has been widely used in petroleum, chemical, power generation, paper, atomic energy, aviation, rockets and other departments, as well as people's daily life.
1. Leak-free valve operation: This type of welded ball valve body is fully welded, which reduces the number of potential leak points. External leakage can be virtually eliminated in many cases. By enclosing the valve with welded metals instead of plastic seals, they become more durable and less likely to develop leaks over time.
2. Fully welded ball valves: With a valve seat made up of a carbonized teflon seal ring and spring, fully welded ball valves are highly adaptable to changes in pressure and temperature—meaning there will be no slippage or performance issues within the specified temperature and pressure ranges. This quality makes these specialized welded ball valves incredibly versatile.
3. Superior manufacturing and quality assurance: Each fully welded ball valve is tracked and measured by an advanced computer scanner that detects even slight imperfections during the manufacturing process. When a rare defect is found, it returns to the machining room, where the issue is corrected, or the sphere is recycled. These precision machining practices lead to impeccably built ball valve spheres that you can depend on for years to come.
4. Pneumatic tank bottom ball valve: You can use a fully welded ball valve of the same material used in the pipeline. This consistent material use means there will be no uneven stress and no deformation caused by earthquakes or other vibrations over time. The welded ball valve will age at the same rate as the pipeline itself, which should be incredibly age-resistant in the case of quality sanitary valves.
5. Welded ball valves with partial carbon sealing: Welded ball valves are constructed with PCTFE seal rings that contain 25% carbon or greater, ensuring complete leak-free performance. This advanced material provides strength and stiffness while retaining its shape despite exposure to chemicals.
6. Directly buried ball valves: Welded sanitary ball valves can be directly buried underground. There's no need to build a large valve well; you only need a small shallow well, which significantly saves construction costs and time.
7. Adjustable valve stem height and valve body length: According to the construction and design requirements of the pipeline, the welded ball valve body's length and the welded ball valve stem's height can be adjusted to your specifications. This flexibility makes fully welded ball valves extremely versatile, as you can install them at multiple locations with different requirements.
1. Petrochemical industry: Welded ball valves can be used to control the flow of petroleum products in refinery feedstock lines to avoid contamination of separate product lines.
2. Chemical manufacturing: Due to their tight sealing characteristics, welded ball valves are ideally suited for the safe management of corrosive chemicals after production.
3. Emergency shutdown: Operate quickly and provide a full seal to prevent media flow, making them suitable for emergency system shutdown applications.
4. Power generation: Controlling power generation must also control fuel. Welded ball valves control gas and liquid fuel flow very precisely.
——
WKT's gear box DN200 PN25 RF flange fully welded ball valve offers a full bore, ensuring a smooth and efficient flow of fluids. It is built to withstand high-pressure conditions, with a Nominal Pressure rating of PN25. For more details, please contact us.
WKT's gear box DN200 PN25 RF flange fully welded ball valve is created with a fully welded and forged body to lessen weight and enhance strength while getting rid of various possible leak spots. They are utilized to link and close off the movement of the substance in numerous pipeline systems.
Gear box DN200 PN25 RF flange fully welded ball valves are used in extreme working conditions such as natural gas, city heating, long-distance pipelines, etc. Gear box DN200 PN25 RF flange fully welded ball valves are restrained over the entire cross-section to overcome higher loads. Therefore, stress corrosion cracking and external contamination can be actively avoided to extend the service life of the valve. As the valve seat is composed of a carbonized Teflon sealing ring and disc spring, it is adaptable to pressure and temperature changes and will not produce any leakage slip in the marked pressure and temperature range.
- Wear-resistant: Because the spool of the welded ball valve is alloy steel spray welding, the seal ring is alloy steel surfacing, so the welded ball valve will not produce too much wear and tear when switching. (Its hardness coefficient is 65-70)
- Good sealing performance: The seal of a welded ball valve is manually ground until the spool and the seal ring completely match before use, so its sealing performance is reliable.
- Wide range of applications: The welded ball valve has been widely used in petroleum, chemical, power generation, paper, atomic energy, aviation, rockets and other departments, as well as people's daily life.
1. Leak-free valve operation: This type of welded ball valve body is fully welded, which reduces the number of potential leak points. External leakage can be virtually eliminated in many cases. By enclosing the valve with welded metals instead of plastic seals, they become more durable and less likely to develop leaks over time.
2. Fully welded ball valves: With a valve seat made up of a carbonized teflon seal ring and spring, fully welded ball valves are highly adaptable to changes in pressure and temperature—meaning there will be no slippage or performance issues within the specified temperature and pressure ranges. This quality makes these specialized welded ball valves incredibly versatile.
3. Superior manufacturing and quality assurance: Each fully welded ball valve is tracked and measured by an advanced computer scanner that detects even slight imperfections during the manufacturing process. When a rare defect is found, it returns to the machining room, where the issue is corrected, or the sphere is recycled. These precision machining practices lead to impeccably built ball valve spheres that you can depend on for years to come.
4. Pneumatic tank bottom ball valve: You can use a fully welded ball valve of the same material used in the pipeline. This consistent material use means there will be no uneven stress and no deformation caused by earthquakes or other vibrations over time. The welded ball valve will age at the same rate as the pipeline itself, which should be incredibly age-resistant in the case of quality sanitary valves.
5. Welded ball valves with partial carbon sealing: Welded ball valves are constructed with PCTFE seal rings that contain 25% carbon or greater, ensuring complete leak-free performance. This advanced material provides strength and stiffness while retaining its shape despite exposure to chemicals.
6. Directly buried ball valves: Welded sanitary ball valves can be directly buried underground. There's no need to build a large valve well; you only need a small shallow well, which significantly saves construction costs and time.
7. Adjustable valve stem height and valve body length: According to the construction and design requirements of the pipeline, the welded ball valve body's length and the welded ball valve stem's height can be adjusted to your specifications. This flexibility makes fully welded ball valves extremely versatile, as you can install them at multiple locations with different requirements.
1. Petrochemical industry: Welded ball valves can be used to control the flow of petroleum products in refinery feedstock lines to avoid contamination of separate product lines.
2. Chemical manufacturing: Due to their tight sealing characteristics, welded ball valves are ideally suited for the safe management of corrosive chemicals after production.
3. Emergency shutdown: Operate quickly and provide a full seal to prevent media flow, making them suitable for emergency system shutdown applications.
4. Power generation: Controlling power generation must also control fuel. Welded ball valves control gas and liquid fuel flow very precisely.
——
WKT's gear box DN200 PN25 RF flange fully welded ball valve offers a full bore, ensuring a smooth and efficient flow of fluids. It is built to withstand high-pressure conditions, with a Nominal Pressure rating of PN25. For more details, please contact us.
Nominal Diameter: DN200
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
Main Standard: API 6D/ISO 14313
Applications: Oil & Gas Transmission and distribution pipelines (also called fully welded pipeline ball valve), HIPPS, Heating supply
Application Standard: API 6D, ISO 14313, ASME VIII, ASME B16.34, ASME B16.10, ASME B16.5, NACE MR0175 and other diffused Industry standards
Size Range: Class 150: 2"-60", Class 300: 2"-48", Class 600: 2"-36"
Class 900: 2"-24", Class 1500: 2"-20", Class 2500: 2"-12"
Special Test: EN 10204 Type 3.2 Material Certification by a Thirty Parts, API 641 Fugitive Emissions, PMI, NDE test.
Nominal Diameter: DN200
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
Main Standard: API 6D/ISO 14313
Applications: Oil & Gas Transmission and distribution pipelines (also called fully welded pipeline ball valve), HIPPS, Heating supply
Application Standard: API 6D, ISO 14313, ASME VIII, ASME B16.34, ASME B16.10, ASME B16.5, NACE MR0175 and other diffused Industry standards
Size Range: Class 150: 2"-60", Class 300: 2"-48", Class 600: 2"-36"
Class 900: 2"-24", Class 1500: 2"-20", Class 2500: 2"-12"
Special Test: EN 10204 Type 3.2 Material Certification by a Thirty Parts, API 641 Fugitive Emissions, PMI, NDE test.