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WKT's Cast Steel WCB 40” 150LB RF Flange Triple Offset Metal-To-Metal Butterfly Valve With Gear Box is a high-performance flanged butterfly valve engineered for heavy industrial applications where outstanding durability performs such an important role. The material used is WCB (carbon steel) making it very robust. With a 40-inch nominal diameter and full-bore design, this valve is sure to provide unobstructed smooth flow for the liquids and probably suited for the nominal pressure rating of 150LB. Triple offset designing along with metal-to-metal sealing of this butterfly valve assures high sealing performance; gearbox operation makes the control of the valve even more accurate and easy.
-Triple-eccentric design: This butterfly valve has a triple-eccentric design. Therefore, it can effectively lower the forces required during operation, enhance seal performance, and elongate the life span of the valve.
-Full-bore design: With the full-bore design, the fluid flow will be in an unobstructed manner plus no pressure loss; this improves the system efficiency level as well.
-High durability: Being WCB in material, it offers good corrosion plus abrasion resistance therefore suited to harsh environmental conditions of all kinds.
-Metal-to-metal seal: It achieves very high sealing performance and is also therefore applicable for those applications where there must be absolutely no leakage.
-Gearbox operation: The design of the gearbox makes the valve easy to open and close, suitable for applications involving remote operations and automated controls.
-Performance: The valve achieves high stability under high pressure and high-temperature working conditions due to its design and quality of materials.
-Cost in Maintenance: The longevity of the materials and the design that minimizes wear provide extended cycles between maintenance operations thereby cutting down long-term use costs.
-System protection: Effectively avoid fluid backflow, and contamination, thereby ensuring the safety of the pipeline system.
-Strong compatibility: RF flange connection meets the ASME/ANSI B16.47 standard so it can be applied with a variety of different piping systems.
-Easy integration: Having been designed in this manner, it can be easily integrated into existing piping without much modification.
1. Chemical Processing Plants: Handles different media and fluids within chemical production and processing plants.
2. Power Generation: Regulates water, steam, and other fluid flows within thermal power, nuclear power, and other power generation systems.
3. Oil and Gas Industry: Controls oil, gas, and other hydrocarbon flow in upstream, midstream, and downstream operations.
4. Water and Wastewater Treatment: Maintains flow control efficiency in municipal and industrial water treatment and distribution systems.
5. HVAC Systems: Control over airflow and fluid flow with high precision within large-scale Heating, Ventilation, and Air Conditioning (HVAC) systems.
6. Marine and Offshore Applications: Should be able to withstand harsh marine environmental conditions, including seawater corrosion, for use in offshore platforms and vessels.
-Select an appropriate position: Ensure that the valve is fitted into the correct position within the pipeline system so that there is no turbulence and backflow.
-Check the flange connection: Ensure that the RF flange connection is wrongly correctly to avoid leakage.
-Operate the valve: Through the gearbox, turn it in a clockwise direction to close the valve; turn it in the anticlockwise direction to open the valve.
-Preventative maintenance: Check the seals and flange connections regularly for the proper functioning of the valve.
1. What media are these butterfly valves suitable for?
Suitable for water, oil, gas, and various chemical media— especially corrosive media.
2. How should we carry out the maintenance work with the butterfly valve to make sure it can work longer?
Wear of seals should be checked regularly and replaced in time; cleanliness and lubrication should be maintained for the valve.
3. Operating Temperature Range of This Butterfly Valve?
The butterfly valve is applicable to the high-temperature high-pressure condition. The specific temperature should subject to media and working condition.
1. "We have replaced most valves at our chemical plant with these large-diameter ones. It was implemented for the really hard applications in which the triple-offset design provides a perfect tight seal."- Emma Wang, Manager of the Chemical Plant.
2. "How the gear box operates makes these valves very easy to control even in our high-pressure steam systems, and very impressed with their durability and efficiency."- Michael Chen, Power Plant Supervisor .
Applicable when robust heavy industrial flow applications are required, the WKT Cast Steel WCB 40" 150LB RF Flange Triple Offset Metal-to-Metal Butterfly Valve with Gear Box is meant for high-velocity durability of application, as well as for accuracy, simplicity, and compatibility with diversified sectors, which include but are not limited to those of chemical processing and power generation.
WKT's Cast Steel WCB 40” 150LB RF Flange Triple Offset Metal-To-Metal Butterfly Valve With Gear Box is a high-performance flanged butterfly valve engineered for heavy industrial applications where outstanding durability performs such an important role. The material used is WCB (carbon steel) making it very robust. With a 40-inch nominal diameter and full-bore design, this valve is sure to provide unobstructed smooth flow for the liquids and probably suited for the nominal pressure rating of 150LB. Triple offset designing along with metal-to-metal sealing of this butterfly valve assures high sealing performance; gearbox operation makes the control of the valve even more accurate and easy.
-Triple-eccentric design: This butterfly valve has a triple-eccentric design. Therefore, it can effectively lower the forces required during operation, enhance seal performance, and elongate the life span of the valve.
-Full-bore design: With the full-bore design, the fluid flow will be in an unobstructed manner plus no pressure loss; this improves the system efficiency level as well.
-High durability: Being WCB in material, it offers good corrosion plus abrasion resistance therefore suited to harsh environmental conditions of all kinds.
-Metal-to-metal seal: It achieves very high sealing performance and is also therefore applicable for those applications where there must be absolutely no leakage.
-Gearbox operation: The design of the gearbox makes the valve easy to open and close, suitable for applications involving remote operations and automated controls.
-Performance: The valve achieves high stability under high pressure and high-temperature working conditions due to its design and quality of materials.
-Cost in Maintenance: The longevity of the materials and the design that minimizes wear provide extended cycles between maintenance operations thereby cutting down long-term use costs.
-System protection: Effectively avoid fluid backflow, and contamination, thereby ensuring the safety of the pipeline system.
-Strong compatibility: RF flange connection meets the ASME/ANSI B16.47 standard so it can be applied with a variety of different piping systems.
-Easy integration: Having been designed in this manner, it can be easily integrated into existing piping without much modification.
1. Chemical Processing Plants: Handles different media and fluids within chemical production and processing plants.
2. Power Generation: Regulates water, steam, and other fluid flows within thermal power, nuclear power, and other power generation systems.
3. Oil and Gas Industry: Controls oil, gas, and other hydrocarbon flow in upstream, midstream, and downstream operations.
4. Water and Wastewater Treatment: Maintains flow control efficiency in municipal and industrial water treatment and distribution systems.
5. HVAC Systems: Control over airflow and fluid flow with high precision within large-scale Heating, Ventilation, and Air Conditioning (HVAC) systems.
6. Marine and Offshore Applications: Should be able to withstand harsh marine environmental conditions, including seawater corrosion, for use in offshore platforms and vessels.
-Select an appropriate position: Ensure that the valve is fitted into the correct position within the pipeline system so that there is no turbulence and backflow.
-Check the flange connection: Ensure that the RF flange connection is wrongly correctly to avoid leakage.
-Operate the valve: Through the gearbox, turn it in a clockwise direction to close the valve; turn it in the anticlockwise direction to open the valve.
-Preventative maintenance: Check the seals and flange connections regularly for the proper functioning of the valve.
1. What media are these butterfly valves suitable for?
Suitable for water, oil, gas, and various chemical media— especially corrosive media.
2. How should we carry out the maintenance work with the butterfly valve to make sure it can work longer?
Wear of seals should be checked regularly and replaced in time; cleanliness and lubrication should be maintained for the valve.
3. Operating Temperature Range of This Butterfly Valve?
The butterfly valve is applicable to the high-temperature high-pressure condition. The specific temperature should subject to media and working condition.
1. "We have replaced most valves at our chemical plant with these large-diameter ones. It was implemented for the really hard applications in which the triple-offset design provides a perfect tight seal."- Emma Wang, Manager of the Chemical Plant.
2. "How the gear box operates makes these valves very easy to control even in our high-pressure steam systems, and very impressed with their durability and efficiency."- Michael Chen, Power Plant Supervisor .
Applicable when robust heavy industrial flow applications are required, the WKT Cast Steel WCB 40" 150LB RF Flange Triple Offset Metal-to-Metal Butterfly Valve with Gear Box is meant for high-velocity durability of application, as well as for accuracy, simplicity, and compatibility with diversified sectors, which include but are not limited to those of chemical processing and power generation.
