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WKT's wafer butterfly valve is a high-performance butterfly valve known for its excellent sealing performance and reliability. This butterfly valve adopts a metal seat design to ensure stability and durability under high pressure and temperature conditions. It meets international standards such as ANSI/API, BS, DIN, and JIS, and is suitable for a variety of industrial fluid control systems.
1. Elasticity and pipe cohesion: The wafer butterfly valve is designed to easily connect flanges onto the valve, hence guaranteeing strong connecting power of pipes.
2. Reliable valve seat: The metal seat design ensures the wafer butterfly valve's performance of sealing under different working conditions.
3. High-quality materials: With quality metal materials used in making the wafer butterfly valve, it can maintain good performance even under bad working conditions.
4. Custom designs: Consultation in detail by design and engineering experts offers customized valve solutions to customers.
- Easy to install and maintain: The process is simplified hence operating costs are reduced.
- Zero leakage: Metal valve seat for better sealing performance that ensures zero leakage.
- Fire-proof design: It ensures heightened safety and is suitable for applications requiring fire protection.
- Fugitive emission: Reduce environmental pollution and also meet the requirement for environmental protection.
- Packing live load: Offers better valve stem sealing and is suitable for a wide range of working conditions.
- Double offset and unique sealing system: Improves the reliability and convenience of wafer butterfly valve maintenance.
- Multi-flange standard: More flange standards can be applied, and the installation is easier.
- Bidirectional zero leakage sealing system: Better seal performance.
- Eccentric structure: Valve reliability and maintenance convenience can be improved.
- Seat interchangeability: Prolongs the service life of the wafer butterfly valve, saving the cost and time of maintenance
- High-strength material valve stem: Better stability and suitable for a variety of operating modes.
- Low leakage packing: Improvement in the safety of wafer butterfly valve sealing.
WKT's wafer butterfly valves are widely used in industries such as petroleum, chemical, natural gas, water treatment and food processing. They are often used to regulate different types of fluids - from gas to liquid to slurry.
1. Installation: The wafer butterfly valve should be correctly fitted to the pipeline and the correct flange connection should be employed.
2. Commissioning: Before commissioning, check that all the connections are firm and ensure no leakage.
3. Operation: Open or close the valve depending upon the requirements and apply the control using an electrical or pneumatic drive system.
4. Maintenance: Check the tightness and abrasion of the wafer butterfly valve from time to time and replace the abraded parts in due time.
1. How to ensure the sealing performance of the wafer butterfly valve?
Ensure the use of the correct metal valve seat and regular check to replace seals.
2. How long is the maintenance cycle of the wafer butterfly valve?
According to the use condition, in general, at least an annual comprehensive inspection should be performed.
3. What media are appropriate for wafer butterfly valves?
Wafer butterfly valves can be applied in water, oil, gas, and some corrosive media.
For more information, click here to view related articles on butterfly valve.
- Customer A: "The sealing performance of this wafer butterfly valve exceeded our expectations, and it is also very convenient to maintain."
- Customer B: "The wafer butterfly valve is very easy to install and very flexible to operate."
——
WKT's wafer butterfly valve is made of high-quality metal materials and can maintain performance under harsh conditions. If you need more product details, please contact us.
WKT's wafer butterfly valve is a high-performance butterfly valve known for its excellent sealing performance and reliability. This butterfly valve adopts a metal seat design to ensure stability and durability under high pressure and temperature conditions. It meets international standards such as ANSI/API, BS, DIN, and JIS, and is suitable for a variety of industrial fluid control systems.
1. Elasticity and pipe cohesion: The wafer butterfly valve is designed to easily connect flanges onto the valve, hence guaranteeing strong connecting power of pipes.
2. Reliable valve seat: The metal seat design ensures the wafer butterfly valve's performance of sealing under different working conditions.
3. High-quality materials: With quality metal materials used in making the wafer butterfly valve, it can maintain good performance even under bad working conditions.
4. Custom designs: Consultation in detail by design and engineering experts offers customized valve solutions to customers.
- Easy to install and maintain: The process is simplified hence operating costs are reduced.
- Zero leakage: Metal valve seat for better sealing performance that ensures zero leakage.
- Fire-proof design: It ensures heightened safety and is suitable for applications requiring fire protection.
- Fugitive emission: Reduce environmental pollution and also meet the requirement for environmental protection.
- Packing live load: Offers better valve stem sealing and is suitable for a wide range of working conditions.
- Double offset and unique sealing system: Improves the reliability and convenience of wafer butterfly valve maintenance.
- Multi-flange standard: More flange standards can be applied, and the installation is easier.
- Bidirectional zero leakage sealing system: Better seal performance.
- Eccentric structure: Valve reliability and maintenance convenience can be improved.
- Seat interchangeability: Prolongs the service life of the wafer butterfly valve, saving the cost and time of maintenance
- High-strength material valve stem: Better stability and suitable for a variety of operating modes.
- Low leakage packing: Improvement in the safety of wafer butterfly valve sealing.
WKT's wafer butterfly valves are widely used in industries such as petroleum, chemical, natural gas, water treatment and food processing. They are often used to regulate different types of fluids - from gas to liquid to slurry.
1. Installation: The wafer butterfly valve should be correctly fitted to the pipeline and the correct flange connection should be employed.
2. Commissioning: Before commissioning, check that all the connections are firm and ensure no leakage.
3. Operation: Open or close the valve depending upon the requirements and apply the control using an electrical or pneumatic drive system.
4. Maintenance: Check the tightness and abrasion of the wafer butterfly valve from time to time and replace the abraded parts in due time.
1. How to ensure the sealing performance of the wafer butterfly valve?
Ensure the use of the correct metal valve seat and regular check to replace seals.
2. How long is the maintenance cycle of the wafer butterfly valve?
According to the use condition, in general, at least an annual comprehensive inspection should be performed.
3. What media are appropriate for wafer butterfly valves?
Wafer butterfly valves can be applied in water, oil, gas, and some corrosive media.
For more information, click here to view related articles on butterfly valve.
- Customer A: "The sealing performance of this wafer butterfly valve exceeded our expectations, and it is also very convenient to maintain."
- Customer B: "The wafer butterfly valve is very easy to install and very flexible to operate."
——
WKT's wafer butterfly valve is made of high-quality metal materials and can maintain performance under harsh conditions. If you need more product details, please contact us.
Size Range | Body Materials |
2″-40″(50mm-1000mm) | Carbon Steel,Stainless Steel,Nickel Aluminum Bronze,alloy steel,etc |
Temperature Range | Stem Material |
-196 to 600 degree | Stainless Steel |
Pressure Ratings | Seat Materials |
Class 150 to Class 900,PN 2.5 to PN150,10K-20K | soft seat ,metal seat,full metal seat |
Shutoff Rating | Disc Materials |
Zero Leakage | Carbon Steel,Stainless Steel,Nickel Aluminum Bronze,alloy steel,etc |
Body Style | Design Standard |
Wafer | ASME B16.34, API 609 |
Flange Drilling | Testing Standard |
ASME B16.5, EN 1092,GOST 33259 | API 598,EN12266-1,ISO 5208 |
Testing Standard | Certifications |
API 598,EN12266-1,ISO 5208 | API 609,CE,EAC,SIL3,API 607,ISO 19001 |
Face to Face | Fugitive Emissions |
API 609,ISO 5752,MSS SP-68,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 |
Size Range | Body Materials |
2″-40″(50mm-1000mm) | Carbon Steel,Stainless Steel,Nickel Aluminum Bronze,alloy steel,etc |
Temperature Range | Stem Material |
-196 to 600 degree | Stainless Steel |
Pressure Ratings | Seat Materials |
Class 150 to Class 900,PN 2.5 to PN150,10K-20K | soft seat ,metal seat,full metal seat |
Shutoff Rating | Disc Materials |
Zero Leakage | Carbon Steel,Stainless Steel,Nickel Aluminum Bronze,alloy steel,etc |
Body Style | Design Standard |
Wafer | ASME B16.34, API 609 |
Flange Drilling | Testing Standard |
ASME B16.5, EN 1092,GOST 33259 | API 598,EN12266-1,ISO 5208 |
Testing Standard | Certifications |
API 598,EN12266-1,ISO 5208 | API 609,CE,EAC,SIL3,API 607,ISO 19001 |
Face to Face | Fugitive Emissions |
API 609,ISO 5752,MSS SP-68,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 |