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WKT's floating ball valve forged steel reduced bore 3/4 X 1/2 IN is made of forged steel and meets high industrial requirements due to its high quality. This version comes with a full-bore configuration that can ensure unobstructed flow; this feature has proved to dramatically cut down pressure drops to be witnessed across any point of transmission and enhance the overall efficiency of fluid transmission. PN40 nominal pressure ratings make it easily applicable for high-pressure applications. This floating ball valve from WKT assures performance and safety under all conditions with tests as per API 598 and design conformity to API 6D. The valve also comes designed with a clamp-end connection that eases installation while at the same time making it suit existing systems.
The floating ball valve takes up reduced bore construction. The inside diameter receives fine adjustments, which makes it possible to have effective control and regulation of fluid flow. It offers more precise flow management than standard valves to control the fluid effect optimally on industrial processes.
The inner flow passage is maximized by incorporating available wall space for directing flow through the wings for better pressure equalization.
The materials and durability of the floating ball valve make its opening and closing mechanism straightforward and easy for the staff to become proficient in operation without the need for complex training. Besides, the clamp connection design that meets ASME B16.34 standard requirements further simplifies the installation and maintenance steps of the valve.
This floating ball valve can be applied to different industrial fields, notably chemical processing, and the oil and gas industry. In water treatment and general industrial uses, it may also be implemented. Hence, a high degree of flexibility is revealed.
The full-bleed and the reduced-diameter type comes to be that of the urging pressure drop at fluid flow assists higher flow efficiency and hence better system efficiency overall.
By ensuring a maintenance-free and efficient fluid control system, the floating ball valve squeezes replacement periods thus reducing long-term operating and maintenance costs.
The floating ball valve testing procedures and quality control methodologies sufficiently assure high levels of safety in high-pressure applications, hence relieving the operators of any anxieties regarding the potential risks associated with equipment failures during operations.
The wafer-style construction of the floating ball valve promises compatibility within various systems; for this reason, build-up and installation become easier thereby reducing commissioning times and allowing it to be put into operation swiftly.
- Process Control: Employed in processes where fluid regulation is critical, such as in pharmaceutical and food manufacturing.
- Chemical processing: Designed for the control of chemical flow to promote safety and efficiency in chemical processes.
- Oil and gas industry: Within the pipeline system of the oil and gas industry, media flow can be well regulated by WKT float valves.
- Water treatment: Applied to water treatment plants for regulating water flow, including both sewage and potable water.
- General industrial use: Applicable to different production and engineering situations where there is a need to control fluid flow.
1. Check the pipe system: Verify that the size of the floating ball valve, 3/4 x 1/2 inch, matches the pipe interface, and make sure the pipe system is okay.
2. Cleaning of the flange: Ensure the surface required for the flange connection is clean and free from dirt for a good seal.
3. Fixing of the valve: Place the floating ball valve between the flanges adjust and align then fix it.
4. Tighten the connecting bolts: Using a suitable torque tool, tighten the flange bolts evenly until a firm connection is achieved.
5. System test: Before switching on the system, carry out the pressure test to be assured of no leakage plus proper working of the floating ball valve.
6. Service: The floating ball valve shall be opened and closed as required in practice so that fluid flow may be accurately controlled.
Q1: What kind of fluid is this floating ball valve forged steel reduced bore 3/4 X 1/2 IN suitable for?
The WKT float valve is suitable for the control of a variety of fluids, including water, oil, gas, and chemicals. The compatibility of materials must be confirmed before use.
Q2: How do I maintain the floating ball valve forged steel reduced bore 3/4 X 1/2 IN?
Regularly check the valve's sealing and operational flexibility, clean the valve surface, and regularly check and replace worn parts to ensure long-term efficient operation.
Q3: What is the pressure limit of this floating ball valve forged steel reduced bore 3/4 X 1/2 IN?
This product has a PN40 nominal pressure design and can stably withstand a pressure of about 580 psi.
"WKT's float ball valve performs very stably on our production line, with precise flow control and easy handling. We recommend it to all colleagues who need efficient flow control." – Mr. Wang, Chemical Manufacturing Supervisor.
"Simple installation and wide applicability. We used this floating ball valve in our water treatment project and the results exceeded our expectations, which helped improve the overall treatment efficiency." – Ms. Zheng, Wastewater Treatment Plant Manager.
——
The full bore and reduced bore design of WKT's floating ball valve forged steel reduced bore 3/4 X 1/2 IN effectively reduces the pressure drop during fluid flow, promotes higher flow efficiency, and thus improves the overall system efficiency. Please contact us.
WKT's floating ball valve forged steel reduced bore 3/4 X 1/2 IN is made of forged steel and meets high industrial requirements due to its high quality. This version comes with a full-bore configuration that can ensure unobstructed flow; this feature has proved to dramatically cut down pressure drops to be witnessed across any point of transmission and enhance the overall efficiency of fluid transmission. PN40 nominal pressure ratings make it easily applicable for high-pressure applications. This floating ball valve from WKT assures performance and safety under all conditions with tests as per API 598 and design conformity to API 6D. The valve also comes designed with a clamp-end connection that eases installation while at the same time making it suit existing systems.
The floating ball valve takes up reduced bore construction. The inside diameter receives fine adjustments, which makes it possible to have effective control and regulation of fluid flow. It offers more precise flow management than standard valves to control the fluid effect optimally on industrial processes.
The inner flow passage is maximized by incorporating available wall space for directing flow through the wings for better pressure equalization.
The materials and durability of the floating ball valve make its opening and closing mechanism straightforward and easy for the staff to become proficient in operation without the need for complex training. Besides, the clamp connection design that meets ASME B16.34 standard requirements further simplifies the installation and maintenance steps of the valve.
This floating ball valve can be applied to different industrial fields, notably chemical processing, and the oil and gas industry. In water treatment and general industrial uses, it may also be implemented. Hence, a high degree of flexibility is revealed.
The full-bleed and the reduced-diameter type comes to be that of the urging pressure drop at fluid flow assists higher flow efficiency and hence better system efficiency overall.
By ensuring a maintenance-free and efficient fluid control system, the floating ball valve squeezes replacement periods thus reducing long-term operating and maintenance costs.
The floating ball valve testing procedures and quality control methodologies sufficiently assure high levels of safety in high-pressure applications, hence relieving the operators of any anxieties regarding the potential risks associated with equipment failures during operations.
The wafer-style construction of the floating ball valve promises compatibility within various systems; for this reason, build-up and installation become easier thereby reducing commissioning times and allowing it to be put into operation swiftly.
- Process Control: Employed in processes where fluid regulation is critical, such as in pharmaceutical and food manufacturing.
- Chemical processing: Designed for the control of chemical flow to promote safety and efficiency in chemical processes.
- Oil and gas industry: Within the pipeline system of the oil and gas industry, media flow can be well regulated by WKT float valves.
- Water treatment: Applied to water treatment plants for regulating water flow, including both sewage and potable water.
- General industrial use: Applicable to different production and engineering situations where there is a need to control fluid flow.
1. Check the pipe system: Verify that the size of the floating ball valve, 3/4 x 1/2 inch, matches the pipe interface, and make sure the pipe system is okay.
2. Cleaning of the flange: Ensure the surface required for the flange connection is clean and free from dirt for a good seal.
3. Fixing of the valve: Place the floating ball valve between the flanges adjust and align then fix it.
4. Tighten the connecting bolts: Using a suitable torque tool, tighten the flange bolts evenly until a firm connection is achieved.
5. System test: Before switching on the system, carry out the pressure test to be assured of no leakage plus proper working of the floating ball valve.
6. Service: The floating ball valve shall be opened and closed as required in practice so that fluid flow may be accurately controlled.
Q1: What kind of fluid is this floating ball valve forged steel reduced bore 3/4 X 1/2 IN suitable for?
The WKT float valve is suitable for the control of a variety of fluids, including water, oil, gas, and chemicals. The compatibility of materials must be confirmed before use.
Q2: How do I maintain the floating ball valve forged steel reduced bore 3/4 X 1/2 IN?
Regularly check the valve's sealing and operational flexibility, clean the valve surface, and regularly check and replace worn parts to ensure long-term efficient operation.
Q3: What is the pressure limit of this floating ball valve forged steel reduced bore 3/4 X 1/2 IN?
This product has a PN40 nominal pressure design and can stably withstand a pressure of about 580 psi.
"WKT's float ball valve performs very stably on our production line, with precise flow control and easy handling. We recommend it to all colleagues who need efficient flow control." – Mr. Wang, Chemical Manufacturing Supervisor.
"Simple installation and wide applicability. We used this floating ball valve in our water treatment project and the results exceeded our expectations, which helped improve the overall treatment efficiency." – Ms. Zheng, Wastewater Treatment Plant Manager.
——
The full bore and reduced bore design of WKT's floating ball valve forged steel reduced bore 3/4 X 1/2 IN effectively reduces the pressure drop during fluid flow, promotes higher flow efficiency, and thus improves the overall system efficiency. Please contact us.
