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The innovative WKT Non-Slam Check Valves is engineered with the capability to control the water hammering caused by static pressure within the valve—that too without making any excessive spikes of pressure for it to close. Such unique pressure-dissipating capability makes it very useful for many industries, such as in oil and gas, in refines, chemicals, and power generations.
Nozzle Design: The Non-Slam Check Valve, as designed to act, also known as a nozzle check valve affords closing without the appreciation of any pressure surge. This design is very important in maintaining system integrity to avoid any damage.
High-Quality Material: By using materials of good quality, these valves become sturdy to enable them to work under tough working conditions for a long period.
Silently: Operation is silent. Therefore, it finds use in applications where noise is an area that needs addressing.
Rapid Closure: Design guarantees fast reliable sealing against back flow and pressure transients.
Bubble-Tight Closure: Valve shall feature bubble-tight closure with no leakage due to the combined effects of precision engineering and high-quality sealing materials.
Standards: API 6D and other related standards are followed by the valve to make sure that it performs equally well even in any hostile environment.
1.Precise Flow Control: Its design allows the valve to control the flow of fluid with high precision; it may find its application in circumstances that require very accurate flow rates.
2. Energy Efficiency: It has been designed to be very low in pressure drops; hence, it saves energy that is consumed and, hence, the cost of operation.
3. Lower Maintenance: Long-lasting and dependable design will mean less and less frequent breakdowns; hence, maintenance is low.
4. Higher Output: Quick closure and noiseless performance enable greater output along with safety conditions for industrial applications.
-Oil and Gas: Suitable for applications related to the transportation and processing of oil and gas.
-Chemical Processing: Suitable for applications in handling various chemicals to ensure operation is safe and reliable.
-Power Generation: Maintaining the integrity of power generation systems.
-Water Treatment: Suitable for stabilizing and ensuring efficient flow in industrial water treatment processes.
Check Valve: At the time before fitting, visualize the valve if there is any breakage or impurity present.
Installation Preparation: Thoroughly clean the flange connecting surfaces to prevent any foreign matter from interfering.
Valve Installation: Secure the valve with the help of suitable tools that hold the valve very firmly.
Function Test: Fixing up the air source to the valve and checking if it is opening and closing properly without jerks.
Operating Status Monitoring: Keep regular surveillance on its operation status and react as soon as possible if some abnormality occurs.
-How is the WKT Non-Slam Check Valve different from the traditional check valve?
It has a special design that does not allow pressure spikes or water hammering; it is best when applications require silence and assured closure.
-In what temperature range is the WKT Non-Slam Check Valve applicable?
Operating temperature would be typical for the medium and working pressure: -20°C up to 200°C.
-WKT Non-Slam Check Valve need very high maintenance?
The design of the valve reduces the need for maintenance but does not eliminate the desirability of regular checks of the sealing performance and operating status.
-Is the WKT Non-Slam Check Valve easy to install?
Yes, it is straightforward and typically involves an approach taken within general methods. However, for best results, professional assistance would be helpful.
-"The performance of this WKT non-slam check valve has significantly improved both the safety and efficiency of our water treatment facility. It operates very quietly, but that is absolutely vital to us." - Ms. Wang, Operations Manager, Water Treatment Plant.
-"On our power generation plant, in which the WKT Non-Slam Check Valve has been installed as a component, we have not recorded any problems related to water hammer since this time, assuring the integrity of our systems." - Mr. Liu, Plant Engineer, Power Generation.
-"We have installed the WKT Non-Slam Check Valve in our oil refining facility, and it has consistently provided excellent protection against pressure spikes and water hammering." - Mr. Huang, Maintenance Supervisor, Oil Refining.
WKT's Non-Slam Check Valve is a vital component for fluid control in various industries, offering efficiency, reliability, and safety. For more information, please feel free to contact us.
The innovative WKT Non-Slam Check Valves is engineered with the capability to control the water hammering caused by static pressure within the valve—that too without making any excessive spikes of pressure for it to close. Such unique pressure-dissipating capability makes it very useful for many industries, such as in oil and gas, in refines, chemicals, and power generations.
Nozzle Design: The Non-Slam Check Valve, as designed to act, also known as a nozzle check valve affords closing without the appreciation of any pressure surge. This design is very important in maintaining system integrity to avoid any damage.
High-Quality Material: By using materials of good quality, these valves become sturdy to enable them to work under tough working conditions for a long period.
Silently: Operation is silent. Therefore, it finds use in applications where noise is an area that needs addressing.
Rapid Closure: Design guarantees fast reliable sealing against back flow and pressure transients.
Bubble-Tight Closure: Valve shall feature bubble-tight closure with no leakage due to the combined effects of precision engineering and high-quality sealing materials.
Standards: API 6D and other related standards are followed by the valve to make sure that it performs equally well even in any hostile environment.
1.Precise Flow Control: Its design allows the valve to control the flow of fluid with high precision; it may find its application in circumstances that require very accurate flow rates.
2. Energy Efficiency: It has been designed to be very low in pressure drops; hence, it saves energy that is consumed and, hence, the cost of operation.
3. Lower Maintenance: Long-lasting and dependable design will mean less and less frequent breakdowns; hence, maintenance is low.
4. Higher Output: Quick closure and noiseless performance enable greater output along with safety conditions for industrial applications.
-Oil and Gas: Suitable for applications related to the transportation and processing of oil and gas.
-Chemical Processing: Suitable for applications in handling various chemicals to ensure operation is safe and reliable.
-Power Generation: Maintaining the integrity of power generation systems.
-Water Treatment: Suitable for stabilizing and ensuring efficient flow in industrial water treatment processes.
Check Valve: At the time before fitting, visualize the valve if there is any breakage or impurity present.
Installation Preparation: Thoroughly clean the flange connecting surfaces to prevent any foreign matter from interfering.
Valve Installation: Secure the valve with the help of suitable tools that hold the valve very firmly.
Function Test: Fixing up the air source to the valve and checking if it is opening and closing properly without jerks.
Operating Status Monitoring: Keep regular surveillance on its operation status and react as soon as possible if some abnormality occurs.
-How is the WKT Non-Slam Check Valve different from the traditional check valve?
It has a special design that does not allow pressure spikes or water hammering; it is best when applications require silence and assured closure.
-In what temperature range is the WKT Non-Slam Check Valve applicable?
Operating temperature would be typical for the medium and working pressure: -20°C up to 200°C.
-WKT Non-Slam Check Valve need very high maintenance?
The design of the valve reduces the need for maintenance but does not eliminate the desirability of regular checks of the sealing performance and operating status.
-Is the WKT Non-Slam Check Valve easy to install?
Yes, it is straightforward and typically involves an approach taken within general methods. However, for best results, professional assistance would be helpful.
-"The performance of this WKT non-slam check valve has significantly improved both the safety and efficiency of our water treatment facility. It operates very quietly, but that is absolutely vital to us." - Ms. Wang, Operations Manager, Water Treatment Plant.
-"On our power generation plant, in which the WKT Non-Slam Check Valve has been installed as a component, we have not recorded any problems related to water hammer since this time, assuring the integrity of our systems." - Mr. Liu, Plant Engineer, Power Generation.
-"We have installed the WKT Non-Slam Check Valve in our oil refining facility, and it has consistently provided excellent protection against pressure spikes and water hammering." - Mr. Huang, Maintenance Supervisor, Oil Refining.
WKT's Non-Slam Check Valve is a vital component for fluid control in various industries, offering efficiency, reliability, and safety. For more information, please feel free 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
Size Range | Body Materials |
2″-48″(50mm-1200mm) | Cast Iron, Ductile Iron, Carbon Steel,Stainless Steel,Nickel Aluminum Bronze,etc |
Temperature Range | Pin Material |
-60 to 500 degree | Stainless Steel |
Pressure Ratings | Shutoff Rating |
Class 150 to Class 2500,PN 2.5 to PN420,10K-20K | Zero Leakage |
Disc Materials | Body Style |
Cast Iron, Ductile Iron, Carbon Steel,Stainless Steel,Nickel Aluminum Bronze,etc | Flange,Butt Welded |
Design Standard | Flange Drilling |
API 594,ASME B16.34,API 6D | ASME B16.5, EN 1092-1,GOST 33259 |
Testing Standard | Certifications |
API 598,EN12266-1,ISO 5208 | CE,EAC,SIL3,API 607,ISO 19001,API 6D |
Face to Face | Applications |
API 6D,ISO 5752,ASME B16.10,EN558-1 | Power, Mining, Pulp & Paper, Cement, Carbon Black, Chemical,Wastewater |
Seat Materials | |
Trim Material is Metal to Metal acc to API 600 | soft seat(EPDM,NBR,VITON,PTFE) |
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
Size Range | Body Materials |
2″-48″(50mm-1200mm) | Cast Iron, Ductile Iron, Carbon Steel,Stainless Steel,Nickel Aluminum Bronze,etc |
Temperature Range | Pin Material |
-60 to 500 degree | Stainless Steel |
Pressure Ratings | Shutoff Rating |
Class 150 to Class 2500,PN 2.5 to PN420,10K-20K | Zero Leakage |
Disc Materials | Body Style |
Cast Iron, Ductile Iron, Carbon Steel,Stainless Steel,Nickel Aluminum Bronze,etc | Flange,Butt Welded |
Design Standard | Flange Drilling |
API 594,ASME B16.34,API 6D | ASME B16.5, EN 1092-1,GOST 33259 |
Testing Standard | Certifications |
API 598,EN12266-1,ISO 5208 | CE,EAC,SIL3,API 607,ISO 19001,API 6D |
Face to Face | Applications |
API 6D,ISO 5752,ASME B16.10,EN558-1 | Power, Mining, Pulp & Paper, Cement, Carbon Black, Chemical,Wastewater |
Seat Materials | |
Trim Material is Metal to Metal acc to API 600 | soft seat(EPDM,NBR,VITON,PTFE) |