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The WKT's side entry ball valve is available in a two-piece or three-piece body structure; this greatly enhances the convenience of assembling and utilizing space. Not only does this design cut the installation time and cost of the valve, but it also seals more efficiency throughout the usage process. Whether it is in industrial facilities or under extreme working conditions, the WKT's side entry ball valve will meet the requirements for flow regulation in liquids. Our valves pass hard tests and certifications to promise stable long-term performance and hence fittest for all types of liquid systems.
The side entry ball valve from WKT presents quite a few features and benefits that cut above the rest in this market:
- Various structural designs: It may be either two-piece or three-piece to choose from as per the ease of installation and different kinds of process requirements.
- Anti-blowout stem: In high-pressure and hazardous applications, it assures the safety of the valve stem and reduces the probability of failure.
- Fire test design: Provides extra protection for the valve in the condition of the work area being hazardous, which comes with subsequent heavy fire test certification.
- Anti-static design: Prevents the generation of static electricity and ensures safe operation, especially in flammable and explosive environments.
- ISO5211 standard mounting pad: Complies with international installation standards, facilitating precise installation and quick replacement.
- Low torque performance: Reduces operating torque through optimized design, improves user experience, and reduces operating effort.
- Double blocking and exhaust function: Safely and effectively blocks fluids, facilitates system maintenance and safe exhaust.
- Cavity pressure release function: Can safely release the pressure inside the cavity when adapting to emergencies.
- Safety pipeline flow locking device: Effectively reduces the possibility of accidental operation and ensures safe and controllable flow.
1. Save space and cost: Due to structural optimization, the side-entry design makes the valve more flexible in installation space, while reducing material costs and improving economic benefits.
2. Enhanced safety and reliability: Multiple safety designs (including fire protection, anti-static, double-blocking exhaust, etc.) ensure that the valve can operate safely under various working conditions.
3. Reduce maintenance and operation time: Optimized low torque performance and easy-to-assemble design reduce the complexity of maintenance and daily operations, allowing users to manage valves more efficiently.
4. Adapt to various process conditions: A variety of soft-seal and hard-seal valve seat materials are available to ensure that the valve can work properly under different media and pressures.
- Oil and gas: Used for oil and gas transportation and flow control to ensure safe and stable production processes.
- Chemical industry: Fluid management during reaction and transportation to ensure safe control of chemical substances.
- Water treatment system: Manage the flow of water resources and improve the efficiency and safety of water treatment.
- Pharmaceutical industry: Control fluid flow in an environment with strict hygiene and safety standards to ensure product quality.
- Manufacturing: Used for fluid flow regulation and control in production lines to improve overall manufacturing efficiency.
1. Prepare for installation: Check the valve and connecting pipes to ensure that there is no debris and damage.
2. Correct connection: According to the pipeline design, install the valve correctly to the appropriate position and fix it with an appropriate torque tool.
3. Test: Before the official operation, test the valve for sealing and operability to ensure no leakage.
4. Switch operation: Adjust the valve opening as needed, use the lever device to control, and avoid over-opening.
5. Regular inspection and maintenance: Regularly check the valve status to ensure sealing performance and smooth operation, and replace sealing parts when necessary.
1. What is the difference between side entry ball valves and top-entry ball valves?
Side entry ball valves are usually designed in two or three pieces, suitable for installation requirements with limited space, while top-entry ball valves can maintain better sealing and fluidity in higher-pressure environments.
2. What types of media are suitable for side entry ball valves?
WKT's side entry ball valves are suitable for liquids and gases, including high-viscosity fluids, chemical media, and other media, and are widely applicable.
3. How to choose the right valve seat material?
When selecting the valve seat material, it is necessary to consider the media type, temperature, and pressure conditions. It is recommended to consult in detail according to the specific working conditions.
"We use this valve in oil and gas projects, and its excellent safety design makes us feel more at ease." - Project Manager of an oil company.
"The low torque performance and diverse design options of the valve make the operation process very smooth, and it is worth recommending." - Supervisor of a pharmaceutical industry.
——
The side entry design of WKT's side entry ball valve makes the valve more flexible in installation space, and a variety of soft and hard sealing seat materials are available for customers to choose from, and it has higher assembly convenience and space utilization efficiency. Welcome to contact us for more product details.
The WKT's side entry ball valve is available in a two-piece or three-piece body structure; this greatly enhances the convenience of assembling and utilizing space. Not only does this design cut the installation time and cost of the valve, but it also seals more efficiency throughout the usage process. Whether it is in industrial facilities or under extreme working conditions, the WKT's side entry ball valve will meet the requirements for flow regulation in liquids. Our valves pass hard tests and certifications to promise stable long-term performance and hence fittest for all types of liquid systems.
The side entry ball valve from WKT presents quite a few features and benefits that cut above the rest in this market:
- Various structural designs: It may be either two-piece or three-piece to choose from as per the ease of installation and different kinds of process requirements.
- Anti-blowout stem: In high-pressure and hazardous applications, it assures the safety of the valve stem and reduces the probability of failure.
- Fire test design: Provides extra protection for the valve in the condition of the work area being hazardous, which comes with subsequent heavy fire test certification.
- Anti-static design: Prevents the generation of static electricity and ensures safe operation, especially in flammable and explosive environments.
- ISO5211 standard mounting pad: Complies with international installation standards, facilitating precise installation and quick replacement.
- Low torque performance: Reduces operating torque through optimized design, improves user experience, and reduces operating effort.
- Double blocking and exhaust function: Safely and effectively blocks fluids, facilitates system maintenance and safe exhaust.
- Cavity pressure release function: Can safely release the pressure inside the cavity when adapting to emergencies.
- Safety pipeline flow locking device: Effectively reduces the possibility of accidental operation and ensures safe and controllable flow.
1. Save space and cost: Due to structural optimization, the side-entry design makes the valve more flexible in installation space, while reducing material costs and improving economic benefits.
2. Enhanced safety and reliability: Multiple safety designs (including fire protection, anti-static, double-blocking exhaust, etc.) ensure that the valve can operate safely under various working conditions.
3. Reduce maintenance and operation time: Optimized low torque performance and easy-to-assemble design reduce the complexity of maintenance and daily operations, allowing users to manage valves more efficiently.
4. Adapt to various process conditions: A variety of soft-seal and hard-seal valve seat materials are available to ensure that the valve can work properly under different media and pressures.
- Oil and gas: Used for oil and gas transportation and flow control to ensure safe and stable production processes.
- Chemical industry: Fluid management during reaction and transportation to ensure safe control of chemical substances.
- Water treatment system: Manage the flow of water resources and improve the efficiency and safety of water treatment.
- Pharmaceutical industry: Control fluid flow in an environment with strict hygiene and safety standards to ensure product quality.
- Manufacturing: Used for fluid flow regulation and control in production lines to improve overall manufacturing efficiency.
1. Prepare for installation: Check the valve and connecting pipes to ensure that there is no debris and damage.
2. Correct connection: According to the pipeline design, install the valve correctly to the appropriate position and fix it with an appropriate torque tool.
3. Test: Before the official operation, test the valve for sealing and operability to ensure no leakage.
4. Switch operation: Adjust the valve opening as needed, use the lever device to control, and avoid over-opening.
5. Regular inspection and maintenance: Regularly check the valve status to ensure sealing performance and smooth operation, and replace sealing parts when necessary.
1. What is the difference between side entry ball valves and top-entry ball valves?
Side entry ball valves are usually designed in two or three pieces, suitable for installation requirements with limited space, while top-entry ball valves can maintain better sealing and fluidity in higher-pressure environments.
2. What types of media are suitable for side entry ball valves?
WKT's side entry ball valves are suitable for liquids and gases, including high-viscosity fluids, chemical media, and other media, and are widely applicable.
3. How to choose the right valve seat material?
When selecting the valve seat material, it is necessary to consider the media type, temperature, and pressure conditions. It is recommended to consult in detail according to the specific working conditions.
"We use this valve in oil and gas projects, and its excellent safety design makes us feel more at ease." - Project Manager of an oil company.
"The low torque performance and diverse design options of the valve make the operation process very smooth, and it is worth recommending." - Supervisor of a pharmaceutical industry.
——
The side entry design of WKT's side entry ball valve makes the valve more flexible in installation space, and a variety of soft and hard sealing seat materials are available for customers to choose from, and it has higher assembly convenience and space utilization efficiency. Welcome to contact us for more product details.
Size Range | Body Materials |
2″-48″(50mm-1200mm) | Carbon Steel,Stainless Steel,Copper Alloy,alloy steel,etc |
Temperature Range | Stem Material |
-196 to 400 degree | Stainless Steel |
Pressure Ratings | Shutoff Rating |
Class 150 to Class 2500,PN 2.5 to PN420,10K-20K | Zero Leakage |
Ball Materials | Body Style |
Carbon Steel,Stainless Steel,Copper Alloy,alloy steel,etc | Double Flanged,Butt Weld |
Design Standard | Flange Drilling |
API608,API 6D,EN1983,ISO17292,GOST | ASME B16.5, EN 1092-1,GOST 33259 |
Testing Standard | Certifications |
API 598,EN12266-1,ISO 5208 | API 6D,CE,EAC,SIL3,ISO 19001,API 607,API 6FA |
Face to Face | Fugitive Emissions |
API 6D,ISO 5752,ASME B16.10,EN558-1 | ISO 158484-1 |
Applications | Operation |
Oil and Gas Pipeline, Offshore Platforms, Onshore Terminals, Emergency Shutdown, Suction and Discharge Isolation, Block and Bypass, Pumping, Compression and Reinjection Units, Metering Stations, Pig Traps, Surge-Relief Skids, Decoking Isolation, Buried Services, Produced Water (Brine) Serviceschemical processing, water & wastewater, air separation, cryogenic services | Wench, Worm Gear, Electric, Pneumatic,etc |
Seat Materials | |
PTFE,RPTFE,PCTFE,NYLON,DEVLON,PEEK,etc(Soft Seat) | Coating STL,TCC,NI55,NI60,etc(Metal Seat) |
Size Range | Body Materials |
2″-48″(50mm-1200mm) | Carbon Steel,Stainless Steel,Copper Alloy,alloy steel,etc |
Temperature Range | Stem Material |
-196 to 400 degree | Stainless Steel |
Pressure Ratings | Shutoff Rating |
Class 150 to Class 2500,PN 2.5 to PN420,10K-20K | Zero Leakage |
Ball Materials | Body Style |
Carbon Steel,Stainless Steel,Copper Alloy,alloy steel,etc | Double Flanged,Butt Weld |
Design Standard | Flange Drilling |
API608,API 6D,EN1983,ISO17292,GOST | ASME B16.5, EN 1092-1,GOST 33259 |
Testing Standard | Certifications |
API 598,EN12266-1,ISO 5208 | API 6D,CE,EAC,SIL3,ISO 19001,API 607,API 6FA |
Face to Face | Fugitive Emissions |
API 6D,ISO 5752,ASME B16.10,EN558-1 | ISO 158484-1 |
Applications | Operation |
Oil and Gas Pipeline, Offshore Platforms, Onshore Terminals, Emergency Shutdown, Suction and Discharge Isolation, Block and Bypass, Pumping, Compression and Reinjection Units, Metering Stations, Pig Traps, Surge-Relief Skids, Decoking Isolation, Buried Services, Produced Water (Brine) Serviceschemical processing, water & wastewater, air separation, cryogenic services | Wench, Worm Gear, Electric, Pneumatic,etc |
Seat Materials | |
PTFE,RPTFE,PCTFE,NYLON,DEVLON,PEEK,etc(Soft Seat) | Coating STL,TCC,NI55,NI60,etc(Metal Seat) |