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WKT's Cast Steel CF8 12" 150LB WAFER Concentric Line Resilient Butterfly Valve is a professional grade butterfly valve made of high quality CF8 (316 stainless steel) material. This 12 inch (DN300) butterfly valve ensures smooth and unimpeded fluid flow with its full bore design. e 150LB nominal pressure rating enables reliable operation even in demanding working conditions. The concentrated line and resilient seat design provide excellent sealing performance, while the lever operation provides precise control and convenient use experience.
1. Full Bore Design: Smooth, unobstructed flow in the full-bore construction achieves minimum pressure drop with fluid maximum system efficiency.
2. Concentric Line Resilient Design: The concentric line resilient design offers a positive seal, quiet operation, and long service life.
3. Durable CF8 Stainless Steel: In harsh conditions with good corrosion resistance, great durability is performed by this long-lasting material of stainless steel CF8.
4. Wafer-Style End Connection: Offers wafer-style end connection in compliance with ASME B16.34 standard to install between flanges easily.
5. Lever Operation: Equipped with a lever mechanism that provides fine control with little effort; suitable for smaller valve sizes.
6. API609 and EN558-1 20 Series Compliance: Conformity to API609 and EN558-1 20 series in design and testing guarantees performance and safety.
1. Better Operational Efficiency: Both the full-bore design and proper operation result in the flow of liquids in an efficient manner, achieving optimum system performance.
2. Longevity and Dependability: With standard CF8 stainless steel construction and a design featuring concentric line resiliency, this valve will perform for years on end with virtually no required maintenance.
3. Sterling Sealing: Concentric line resiliency configuration gives a very snug reliable seal that does not allow for any leakage, and therefore finds application in quite rigorous zero-leakage requirements.
4. Installation and Operation: Wafer style end connection and lever operation add to the ease of installation and make this valve user-friendly in cramped spaces as well.
5. Versatility and Adaptability: Finds application across a broad spectrum of industrial applications, from chemical processing to power generation, affording a cost-effective solution for diverse flow control requirements.
- Chemical Processing Plants: Capable of handling various corrosive media and liquids at chemical production and processing plants.
- Power Generation: Manages water, steam, and other fluid flows of thermal power, nuclear power, and other types of power generation systems.
- Oil and Gas Industry: Manages hydrocarbon flow, including oil, gas, and others in the three sectors (upstream, midstream, and downstream operations) of the oil and gas industry.
- Water and Wastewater Treatment: Facilitates efficient flow management in municipal and industrial water treatment and distribution systems.
- HVAC Systems: Manages accurate control of airflow and fluid flow in large-scale heating, ventilation, and air conditioning systems.
- Marine and Offshore Applications: Endures tough marine environmental conditions, including seawater exposure, for offshore platform and ship installation.
1. Installation: Make sure that the pipeline has been depressurized and drained before you install the valve. Align the wafer-style flanges of the valve with the matching pipeline flanges, and make sure you preserve the direction of flow.
2. Manual Operation by Means of the Lever: This valve shall be closed by rotating the lever in a clockwise direction and OPENED by rotating it counterclockwise. When operating the valve, do not exert force too hard and do it slowly as this could damage the sealing surfaces due to impact.
3. Automation: For automated control, use a suitable actuator that can be assembled to the ISO5211 top flange of the valve and wired to your control system.
4. Maintenance: Check the valve frequently for signs of corrosion, wear, or leakage. When necessary, lubricate the lever mechanism to keep it in good working condition. Check also the actuators attached.Actions to be undertaken by the customer
1. What is the maximum pressure rating of this valve?
The valve has a PN16 pressure rating, suitable for medium-pressure applications.
2. Can this valve be automated?
Yes, the valve features an ISO5211 top flange, allowing for easy integration with various actuators for automated control.
3. What material is the valve body made of?
The valve body is constructed from CF8 stainless steel, providing excellent corrosion resistance.
4. How does the concentric line resilient design improve the valve's performance?
The concentric line resilient configuration ensures a tight seal, smooth operation, and extended service life.
5. What are the benefits of the wafer-style end connection?
The wafer-style end connection simplifies the installation process, as the valve can be easily inserted between pipeline flanges without the need for additional bolts.
1. David Chen, Chemical Plant Manager: "We have been using these valves in our chemical processing plant for several years now. As a durable and efficient product, it performs well. Corrosion resistance is very good."
2. Emily Wang, Power Plant Supervisor: "The lever operation makes it easy to control these valves even in very high-pressure applications, such as systems containing steam. To date, we have found them to be very durable and efficient."
3. Michael Li, Oil and Gas Operations: "These concentric line resilient valves fit very well into our pipeline applications, due to the tight seal they are in place, the wafer-style connection would be of benefit to simplifying installation."
WKT's Cast Steel CF8 12" 150LB WAFER Concentric Line Resilient Butterfly Valve is a professional grade butterfly valve made of high quality CF8 (316 stainless steel) material. This 12 inch (DN300) butterfly valve ensures smooth and unimpeded fluid flow with its full bore design. e 150LB nominal pressure rating enables reliable operation even in demanding working conditions. The concentrated line and resilient seat design provide excellent sealing performance, while the lever operation provides precise control and convenient use experience.
1. Full Bore Design: Smooth, unobstructed flow in the full-bore construction achieves minimum pressure drop with fluid maximum system efficiency.
2. Concentric Line Resilient Design: The concentric line resilient design offers a positive seal, quiet operation, and long service life.
3. Durable CF8 Stainless Steel: In harsh conditions with good corrosion resistance, great durability is performed by this long-lasting material of stainless steel CF8.
4. Wafer-Style End Connection: Offers wafer-style end connection in compliance with ASME B16.34 standard to install between flanges easily.
5. Lever Operation: Equipped with a lever mechanism that provides fine control with little effort; suitable for smaller valve sizes.
6. API609 and EN558-1 20 Series Compliance: Conformity to API609 and EN558-1 20 series in design and testing guarantees performance and safety.
1. Better Operational Efficiency: Both the full-bore design and proper operation result in the flow of liquids in an efficient manner, achieving optimum system performance.
2. Longevity and Dependability: With standard CF8 stainless steel construction and a design featuring concentric line resiliency, this valve will perform for years on end with virtually no required maintenance.
3. Sterling Sealing: Concentric line resiliency configuration gives a very snug reliable seal that does not allow for any leakage, and therefore finds application in quite rigorous zero-leakage requirements.
4. Installation and Operation: Wafer style end connection and lever operation add to the ease of installation and make this valve user-friendly in cramped spaces as well.
5. Versatility and Adaptability: Finds application across a broad spectrum of industrial applications, from chemical processing to power generation, affording a cost-effective solution for diverse flow control requirements.
- Chemical Processing Plants: Capable of handling various corrosive media and liquids at chemical production and processing plants.
- Power Generation: Manages water, steam, and other fluid flows of thermal power, nuclear power, and other types of power generation systems.
- Oil and Gas Industry: Manages hydrocarbon flow, including oil, gas, and others in the three sectors (upstream, midstream, and downstream operations) of the oil and gas industry.
- Water and Wastewater Treatment: Facilitates efficient flow management in municipal and industrial water treatment and distribution systems.
- HVAC Systems: Manages accurate control of airflow and fluid flow in large-scale heating, ventilation, and air conditioning systems.
- Marine and Offshore Applications: Endures tough marine environmental conditions, including seawater exposure, for offshore platform and ship installation.
1. Installation: Make sure that the pipeline has been depressurized and drained before you install the valve. Align the wafer-style flanges of the valve with the matching pipeline flanges, and make sure you preserve the direction of flow.
2. Manual Operation by Means of the Lever: This valve shall be closed by rotating the lever in a clockwise direction and OPENED by rotating it counterclockwise. When operating the valve, do not exert force too hard and do it slowly as this could damage the sealing surfaces due to impact.
3. Automation: For automated control, use a suitable actuator that can be assembled to the ISO5211 top flange of the valve and wired to your control system.
4. Maintenance: Check the valve frequently for signs of corrosion, wear, or leakage. When necessary, lubricate the lever mechanism to keep it in good working condition. Check also the actuators attached.Actions to be undertaken by the customer
1. What is the maximum pressure rating of this valve?
The valve has a PN16 pressure rating, suitable for medium-pressure applications.
2. Can this valve be automated?
Yes, the valve features an ISO5211 top flange, allowing for easy integration with various actuators for automated control.
3. What material is the valve body made of?
The valve body is constructed from CF8 stainless steel, providing excellent corrosion resistance.
4. How does the concentric line resilient design improve the valve's performance?
The concentric line resilient configuration ensures a tight seal, smooth operation, and extended service life.
5. What are the benefits of the wafer-style end connection?
The wafer-style end connection simplifies the installation process, as the valve can be easily inserted between pipeline flanges without the need for additional bolts.
1. David Chen, Chemical Plant Manager: "We have been using these valves in our chemical processing plant for several years now. As a durable and efficient product, it performs well. Corrosion resistance is very good."
2. Emily Wang, Power Plant Supervisor: "The lever operation makes it easy to control these valves even in very high-pressure applications, such as systems containing steam. To date, we have found them to be very durable and efficient."
3. Michael Li, Oil and Gas Operations: "These concentric line resilient valves fit very well into our pipeline applications, due to the tight seal they are in place, the wafer-style connection would be of benefit to simplifying installation."
