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WKT's globe valve is a modified straight stop valve, which is specially designed to allow fluid to flow at a 90° angle, thereby effectively reducing pressure drop. The main function of the globe valve is to regulate the flow of fluid, whether it is liquid or gas, to avoid unnecessary flow loss and improve the overall flow efficiency of the system. With more than 20 years of production experience combined with the latest manufacturing technology, WKT has become the preferred supplier of high-quality globe valves. Our products can be tailored to customer needs. With 5 production lines, we can complete large-volume orders within 30 days to ensure efficient service.
1. Enhanced flow performance: Through the globe design, fluid flow takes a 90° turn whereby it reduces resistance and pressure drop significantly, in liquids or gases; it is more flexible and efficient.
2. Various disc shapes: Conical, needle, spherical, parabolic, and other shapes are some of the options available with the globe valve; flow variations can be made to meet different requirements in applications.
3. Standard sealing performance: Structural design improvement and qualified packing suppliers make sure that this globe valve can meet ISO 15848 Fe A level sealing test and thereby ensure safety and leak-free operation.
4. Regulatory compliance: Configured as per API 600 with additional or alternative customer-detailed requirements the valve can be tested and certified to meet the necessary requirements. With proper NACE and API Spec 6fa fire test certification, assuring the end-user that it will operate when genuinely needed.
5. Simplifies the process of determining valve orientation: This globe valve uses a rising stem structure, with the switch position for the globe valve being very easy to read. This simplifies determining the globe valve direction.
6. Short stroke design: Appropriate for high-frequency action applications to enhance the level of operation where quick response is required.
1. Enhanced system efficiency: Good flow shut-off and redesigned flow would help in reducing energy consumption and increasing the overall efficiency of any fluid control system, mainly industrial and process control, to maintain a consistently stable flow.
2. Reduced maintenance costs: As this globe valve is durable, and its sealing performance is satisfactory, the expectation is that it will have a longer service life, thereby tremendously decreasing future maintenance and parts-replacement costs.
3. Improve the safety of the system: Companies will now be in a position to take advantage of the high-level sealing and fireproof certification that allows the product to operate in extreme conditions and reduce leakage and explosion risks, therefore upping the safety factor of the system.
4. Adaptable to Strong: The vast options available when it comes to design and configuration for globe valves make it applicable to various industrial and engineering needs, therefore increasing the market competitiveness of the product.
- Oil and gas: This can be implemented for fluid control in high-pressure processes involving oil and gas flow. The sealing here is of a high standard. Therefore, it assures safety concerning high-pressure processes in a pipeline system.
- Heat and cool systems: Served in controlling flow within heating, air conditioning, and refrigeration fluid streams.
- Water treatment: Widely applicable in water treatment plants with a need for strict control at specific flow rates to meet environmental regulations.
- Energy and Power Generation Facilities: In the heat exchanger of an energy and power-generating facility. In the energy industry, globe valves improve flow control accuracy therefore improving energy efficiency.
1. Confirm that the valve size matches the pipeline: Make sure the globe valve size matches the existing pipeline system.
2. Clean the connection surface: Make sure the threaded or welded seat surface of the valve and the flange connection is clean to avoid any dirt affecting the sealing performance.
3. Install the valve: Place the globe valve in the appropriate pipeline position. If it is a threaded installation, make sure the threads are fully connected and not too tight to avoid damage.
4. Tighten the connection bolts: If it is a welded or flanged connection, tighten the bolts on the flange evenly to ensure stability and no leakage.
5. Perform an operational test: After installation, switch the globe valve to test its smoothness of opening and closing to ensure no leakage.
6. Formal commissioning: Make sure all processes are completed and the globe valve can be put into actual use after it is normal.
Q1: What fluids can globe valves be used for?
Globe valves are suitable for a variety of fluids, including liquids, gases, and chemicals. However, please confirm its compatibility with packing and materials before use.
Q2: How to perform daily maintenance?
Regularly check the globe valve's sealing, movement, and packing condition to ensure smooth operation, and lubricate as needed.
Q3: What is the service life of this globe valve?
Depending on the use environment and frequency, the service life of a globe valve is usually several years, but it will vary in the case of high concentration or large temperature extremes.
"As a chemical company, we have been using WKT's globe valve for more than a year. The performance is stable and the flow control is very good!" - Mr. Li, project manager of the chemical plant.
"We appreciate the sealing performance and durability of the globe valve. It provides safety protection for our natural gas transmission system and is worth recommending!" - Mr. Zhang, engineer of the energy company.
——
WKT's globe valve can regulate the flow of fluids, whether liquid or gas, to avoid unnecessary flow loss and improve the overall flow efficiency of the system. Welcome to contact us.
WKT's globe valve is a modified straight stop valve, which is specially designed to allow fluid to flow at a 90° angle, thereby effectively reducing pressure drop. The main function of the globe valve is to regulate the flow of fluid, whether it is liquid or gas, to avoid unnecessary flow loss and improve the overall flow efficiency of the system. With more than 20 years of production experience combined with the latest manufacturing technology, WKT has become the preferred supplier of high-quality globe valves. Our products can be tailored to customer needs. With 5 production lines, we can complete large-volume orders within 30 days to ensure efficient service.
1. Enhanced flow performance: Through the globe design, fluid flow takes a 90° turn whereby it reduces resistance and pressure drop significantly, in liquids or gases; it is more flexible and efficient.
2. Various disc shapes: Conical, needle, spherical, parabolic, and other shapes are some of the options available with the globe valve; flow variations can be made to meet different requirements in applications.
3. Standard sealing performance: Structural design improvement and qualified packing suppliers make sure that this globe valve can meet ISO 15848 Fe A level sealing test and thereby ensure safety and leak-free operation.
4. Regulatory compliance: Configured as per API 600 with additional or alternative customer-detailed requirements the valve can be tested and certified to meet the necessary requirements. With proper NACE and API Spec 6fa fire test certification, assuring the end-user that it will operate when genuinely needed.
5. Simplifies the process of determining valve orientation: This globe valve uses a rising stem structure, with the switch position for the globe valve being very easy to read. This simplifies determining the globe valve direction.
6. Short stroke design: Appropriate for high-frequency action applications to enhance the level of operation where quick response is required.
1. Enhanced system efficiency: Good flow shut-off and redesigned flow would help in reducing energy consumption and increasing the overall efficiency of any fluid control system, mainly industrial and process control, to maintain a consistently stable flow.
2. Reduced maintenance costs: As this globe valve is durable, and its sealing performance is satisfactory, the expectation is that it will have a longer service life, thereby tremendously decreasing future maintenance and parts-replacement costs.
3. Improve the safety of the system: Companies will now be in a position to take advantage of the high-level sealing and fireproof certification that allows the product to operate in extreme conditions and reduce leakage and explosion risks, therefore upping the safety factor of the system.
4. Adaptable to Strong: The vast options available when it comes to design and configuration for globe valves make it applicable to various industrial and engineering needs, therefore increasing the market competitiveness of the product.
- Oil and gas: This can be implemented for fluid control in high-pressure processes involving oil and gas flow. The sealing here is of a high standard. Therefore, it assures safety concerning high-pressure processes in a pipeline system.
- Heat and cool systems: Served in controlling flow within heating, air conditioning, and refrigeration fluid streams.
- Water treatment: Widely applicable in water treatment plants with a need for strict control at specific flow rates to meet environmental regulations.
- Energy and Power Generation Facilities: In the heat exchanger of an energy and power-generating facility. In the energy industry, globe valves improve flow control accuracy therefore improving energy efficiency.
1. Confirm that the valve size matches the pipeline: Make sure the globe valve size matches the existing pipeline system.
2. Clean the connection surface: Make sure the threaded or welded seat surface of the valve and the flange connection is clean to avoid any dirt affecting the sealing performance.
3. Install the valve: Place the globe valve in the appropriate pipeline position. If it is a threaded installation, make sure the threads are fully connected and not too tight to avoid damage.
4. Tighten the connection bolts: If it is a welded or flanged connection, tighten the bolts on the flange evenly to ensure stability and no leakage.
5. Perform an operational test: After installation, switch the globe valve to test its smoothness of opening and closing to ensure no leakage.
6. Formal commissioning: Make sure all processes are completed and the globe valve can be put into actual use after it is normal.
Q1: What fluids can globe valves be used for?
Globe valves are suitable for a variety of fluids, including liquids, gases, and chemicals. However, please confirm its compatibility with packing and materials before use.
Q2: How to perform daily maintenance?
Regularly check the globe valve's sealing, movement, and packing condition to ensure smooth operation, and lubricate as needed.
Q3: What is the service life of this globe valve?
Depending on the use environment and frequency, the service life of a globe valve is usually several years, but it will vary in the case of high concentration or large temperature extremes.
"As a chemical company, we have been using WKT's globe valve for more than a year. The performance is stable and the flow control is very good!" - Mr. Li, project manager of the chemical plant.
"We appreciate the sealing performance and durability of the globe valve. It provides safety protection for our natural gas transmission system and is worth recommending!" - Mr. Zhang, engineer of the energy company.
——
WKT's globe valve can regulate the flow of fluids, whether liquid or gas, to avoid unnecessary flow loss and improve the overall flow efficiency of the system. Welcome to contact us.
