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Tilting disc check valve from WKT is a high-performing device for flow control of a wide range of neutral liquid media. It achieves quick-acting sealing by means of a fast and tight seal mechanism in the direction in which the fluid is supposed to be released, instantaneously opening to let the fluid pass and then automatically closes to prevent flow back. This tilting disc check valve has a flow channel that is more streamlined than that of other makes, providing a larger cross-sectional flow area, with increased performance by as much as 40%. All of our products come with international safety and functional certifications to guarantee reliability and safety in industrial applications.
- Efficient tilting disc design: The tilting disc design optimally allows the passage of the fluid so that the resistance of the fluid through the valve is kept to a minimum.
- Instantaneous response mechanism: This valve can respond to open within the least amount of pressure available, thus making it suitable for applications that require proper functioning under low-flow conditions.
- Durable material: The sealing surface material of the valve disc and valve seat is made of alloy steel or hard alloy, which is not only corrosion-resistant and wear-resistant, but also has extremely high high temperature resistance, which greatly extends the service life of the product.
- Zero leakage design: Metal-to-metal sealing design is adopted, which meets API 600 standards and ensures zero leakage under high pressure.
- Automatic reset function: The opening and closing stroke is short and automatically resets to reduce impact. At the same time, it can achieve full opening under low flow conditions, greatly shortening the closing time.
1. Easy maintenance: Precision manufacturing with high-grade materials decreases breakdowns and ensures long-term operation without any hassle. It is easy to install and replace.
2. Maintaining: Retaining flow characteristics and low opening pressure maintains efficiency throughout the energy consumption system and thereby reduces operating costs.
3. Application diversity: From sectors like oil refining and the chemical industry to power generation and oil and gas transportation, etc., it can satisfy various industrial requirements.
4. Improved safety: The design and use of material that meets international standards assures the safety of the product even under extreme conditions and also protects equipment safety and the personnel using it.
-Oil and gas pipelines: Ensure the one-way flow of fluids to avoid any equipment damage since backflow may lead to such an effect.
-Offshore platforms and onshore terminals: Maintain reliable flow control in complex marine and land environments.
-Lng storage and transportation: Ensure safe control of fluids during liquefied gas transfer.
-Steam distribution system: Ensure accurate steam flow in power generation and industrial projects.
-Chemical treatment and water treatment: Optimize fluid management in chemical and sewage treatment processes.
Ensure that the valve direction is consistent with the fluid flow direction, and flange or weld installation according to professional standards.
Ensure that all connections are tight and leak-free, and use professional tools to confirm if necessary.
Check the pressure in the system before starting to ensure that it meets the valve opening pressure range.
Start the fluid slowly and ensure the normal operation of the equipment by observing the response of the valve.
Regularly check the working status of the valve according to the frequency of use to ensure its stable performance.
1. Check Valve Wafer Type-Should Corrosive Liquids be Used?
The check valves are built from materials resistant to corrosion and can be employed in a variety of liquids. The material suitable for the specific medium should be selected based on the medium’s properties.
2. What Should Be Paid Attention to during Installation?
The installation should make sure of the valve’s correct flow direction, absence of leakage at the connection, and careful burying pursuant to relevant process standards.
3. How to check if the operation of the valve is normal?
You can observe the opening and closing of the valve and the flow state of the fluid. If abnormalities are found, check and maintain in time.
"WKT tilting disc check valves perform well in our refinery, always maintaining a steady flow rate with no leaks." ---Mr. Li, refinery manager.
"Did a lot of research before purchasing and ultimately chose WKT's products. They are worth the price, especially at high pressures." ---Mr. Zhang, technician in the chemical industry.
Through the tilting disc check valve of WKT, users can enjoy fluid control solutions that are efficient, energy-saving, and safe as required by the myriad needs of modern industry.
Tilting disc check valve from WKT is a high-performing device for flow control of a wide range of neutral liquid media. It achieves quick-acting sealing by means of a fast and tight seal mechanism in the direction in which the fluid is supposed to be released, instantaneously opening to let the fluid pass and then automatically closes to prevent flow back. This tilting disc check valve has a flow channel that is more streamlined than that of other makes, providing a larger cross-sectional flow area, with increased performance by as much as 40%. All of our products come with international safety and functional certifications to guarantee reliability and safety in industrial applications.
- Efficient tilting disc design: The tilting disc design optimally allows the passage of the fluid so that the resistance of the fluid through the valve is kept to a minimum.
- Instantaneous response mechanism: This valve can respond to open within the least amount of pressure available, thus making it suitable for applications that require proper functioning under low-flow conditions.
- Durable material: The sealing surface material of the valve disc and valve seat is made of alloy steel or hard alloy, which is not only corrosion-resistant and wear-resistant, but also has extremely high high temperature resistance, which greatly extends the service life of the product.
- Zero leakage design: Metal-to-metal sealing design is adopted, which meets API 600 standards and ensures zero leakage under high pressure.
- Automatic reset function: The opening and closing stroke is short and automatically resets to reduce impact. At the same time, it can achieve full opening under low flow conditions, greatly shortening the closing time.
1. Easy maintenance: Precision manufacturing with high-grade materials decreases breakdowns and ensures long-term operation without any hassle. It is easy to install and replace.
2. Maintaining: Retaining flow characteristics and low opening pressure maintains efficiency throughout the energy consumption system and thereby reduces operating costs.
3. Application diversity: From sectors like oil refining and the chemical industry to power generation and oil and gas transportation, etc., it can satisfy various industrial requirements.
4. Improved safety: The design and use of material that meets international standards assures the safety of the product even under extreme conditions and also protects equipment safety and the personnel using it.
-Oil and gas pipelines: Ensure the one-way flow of fluids to avoid any equipment damage since backflow may lead to such an effect.
-Offshore platforms and onshore terminals: Maintain reliable flow control in complex marine and land environments.
-Lng storage and transportation: Ensure safe control of fluids during liquefied gas transfer.
-Steam distribution system: Ensure accurate steam flow in power generation and industrial projects.
-Chemical treatment and water treatment: Optimize fluid management in chemical and sewage treatment processes.
Ensure that the valve direction is consistent with the fluid flow direction, and flange or weld installation according to professional standards.
Ensure that all connections are tight and leak-free, and use professional tools to confirm if necessary.
Check the pressure in the system before starting to ensure that it meets the valve opening pressure range.
Start the fluid slowly and ensure the normal operation of the equipment by observing the response of the valve.
Regularly check the working status of the valve according to the frequency of use to ensure its stable performance.
1. Check Valve Wafer Type-Should Corrosive Liquids be Used?
The check valves are built from materials resistant to corrosion and can be employed in a variety of liquids. The material suitable for the specific medium should be selected based on the medium’s properties.
2. What Should Be Paid Attention to during Installation?
The installation should make sure of the valve’s correct flow direction, absence of leakage at the connection, and careful burying pursuant to relevant process standards.
3. How to check if the operation of the valve is normal?
You can observe the opening and closing of the valve and the flow state of the fluid. If abnormalities are found, check and maintain in time.
"WKT tilting disc check valves perform well in our refinery, always maintaining a steady flow rate with no leaks." ---Mr. Li, refinery manager.
"Did a lot of research before purchasing and ultimately chose WKT's products. They are worth the price, especially at high pressures." ---Mr. Zhang, technician in the chemical industry.
Through the tilting disc check valve of WKT, users can enjoy fluid control solutions that are efficient, energy-saving, and safe as required by the myriad needs of modern industry.
Size Range | Body Materials |
2″-24″(50mm-600mm) | Carbon Steel,Stainless Steel,Nickel Aluminum Bronze,etc |
Temperature Range | Stem Material |
-60 to 500 degree | Stainless Steel |
Pressure Ratings | Seat Materials |
Class 150 to Class2500,PN 2.5 to PN420,10K-20K | Trim Material is Metal to Metal acc to API 600 |
Shutoff Rating | Disc Materials |
Zero Leakage | Carbon Steel,Stainless Steel,Nickel Aluminum Bronze,etc |
Body Style | Design Standard |
Flange,Butt Welded,Wafer | API 594,API 6D,ASME B16.34 |
Flange Drilling | Testing Standard |
ASME B16.5, EN 1092,GOST 33259,ASME B16.47 | API 598,EN12266-1,ISO 5208 |
Certifications | Face to Face |
API 6D,CE,EAC,SIL3,API 6FA,ISO 19001 | ASME B16.10,EN558-1 |
Applications | |
Oil and Gas Pipeline, Offshore Platforms, Onshore Terminals, LNG storage & transportation, steam distribution systems, power generation, geothermal steam, sugar & ethanol, pulp & paper liquor, refining, chemical processing, water & wastewater, air separation, cryogenic services |
Size Range | Body Materials |
2″-24″(50mm-600mm) | Carbon Steel,Stainless Steel,Nickel Aluminum Bronze,etc |
Temperature Range | Stem Material |
-60 to 500 degree | Stainless Steel |
Pressure Ratings | Seat Materials |
Class 150 to Class2500,PN 2.5 to PN420,10K-20K | Trim Material is Metal to Metal acc to API 600 |
Shutoff Rating | Disc Materials |
Zero Leakage | Carbon Steel,Stainless Steel,Nickel Aluminum Bronze,etc |
Body Style | Design Standard |
Flange,Butt Welded,Wafer | API 594,API 6D,ASME B16.34 |
Flange Drilling | Testing Standard |
ASME B16.5, EN 1092,GOST 33259,ASME B16.47 | API 598,EN12266-1,ISO 5208 |
Certifications | Face to Face |
API 6D,CE,EAC,SIL3,API 6FA,ISO 19001 | ASME B16.10,EN558-1 |
Applications | |
Oil and Gas Pipeline, Offshore Platforms, Onshore Terminals, LNG storage & transportation, steam distribution systems, power generation, geothermal steam, sugar & ethanol, pulp & paper liquor, refining, chemical processing, water & wastewater, air separation, cryogenic services |