612 A ShenHui Building XIXIAN Road Baoan District Shenzhen 518000 Guangdong China
WKT's flange floating ball valve cryogenic forged steel F316 DN20 150LB RF with extended stem is a full bore, 150LB RF flanged valve made for extremely low temperatures. It has excellent resistance to corrosion, which makes the material of the valve very durable and reliable under harsh conditions. Boasting full-bore construction, this floating ball valve allows flow without any restrictions; hence, quite ideal for efficient flow control in many industrial applications. This floating ball valve is made for 150LB rated medium and high-pressure fluids, perfectly meeting professional requirements in highly diversified industrial fields like industrial gases, LNG, and space technology.
The material is stainless steel F316, which provides high corrosion resistance to the floating ball valve for stable long-term performance under harsh environmental conditions—good durability of the floating ball valve in chemical media.
With this full-bore design, there are no restrictions placed on flow capacity at any point; as such, this will make deliveries more efficient reliable, and flexible in varied industrial applications.
This floating ball valve is created explicitly for cryogenic applications and the handling of extremely low-temperature fluids. It can find its application in liquefied gas or any other industry working at low temperatures.
Improving flexibility in fitting and operation, stem design continues to make this valve more appropriate, especially for certain settings that require specific installation space.
RF flange connection design offers a strong connection without any leaks and, at the same time, meets ASME/ANSI standards. Thus, it can be applied to any pipeline system whenever required for connections.
The design of the floating ball valve applies to API 6D standards; that is the way the rule runs for following industrial regulators. The product has undergone strict testing and surveillance under API598 to guarantee the performance and dependability it promises.
1. Process efficiency improvements: Because of the full-bore design, the fluid in process flow passes without any restrictions; therefore, it reduces flow resistance by a very significant degree during operation, hence improving overall system efficiency.
2. Lower maintenance costs: A floating ball valve that does not easily break down will mean fewer repairs and fewer replacements, reducing the overall cost of maintenance.
3. Safety bonus: RF flange design and stringent quality control ensure that the valve is tight and reliable. It can work under high pressure with safety against leak risk.
4. Flexible applications: It finds widespread applications and fulfills the particulars regarding liquefied natural gas, industrial gases, space technology, and other areas thereby upgrading its application versatility across numerous sectors.
- Industrial gas industry: Applicable for liquid gas or any other industrial gas that usually requires specific storage conditions with liquid nitrogen temperatures.
- Space technology: In space applications, this floating ball valve can be used to control fluids at extremely low temperatures to ensure the spacecraft and its ancillary equipment operate reliably.
- Laboratories and research: For low-temperature requirements in any laboratory or research environment, such valves can be used for precise fluid control to meet different types of experiments.
1. Confirm the size： Confirm that the floating ball valve size meets the requirements for the pipeline, DN20 (3/4 inch) is the size that must match the pipeline connection.
2. Check the flange connection: Ensure the flange connection is clean and in good condition before you begin to install the floating ball valve to ensure there is no dirt or foreign matter.
3. Install the valve: Insert the valve between the flanges, align it, and then place it onto the pipeline.
4. Tighten the connection bolts: Tighten the connecting bolts at the flange uniformly such that the connection between the valve and the pipeline is stable and does not permit any leakage.
5. Perform an operational test: For a start-up pressure test, to confirm the tightness and safety of the sealing in working condition.
6. Normal use: The floating ball valve should be operated to control fluid based on the actual demand.
Q1. What is the lowest temperature to which this flange floating ball valve cryogenic forged steel F316 DN20 150LB RF with extended stem is applicable?
The cryogenic floating ball valve is designed for an application in extremely low-temperature fluids. The temperature range, in particular, would depend on the fluid and application that it is used for.
Q2: Can the flange floating ball valve cryogenic forged steel F316 DN20 150LB RF with extended stem be used for corrosive media?
Yes, the corrosion resistance of F316 stainless steel makes it suitable for a variety of corrosive media.
Q3: How do you maintain the flange floating ball valve cryogenic forged steel F316 DN20 150LB RF with extended stem?
Check from time to time the sealing and operational flexibility of the valve, make sure it is clean, and also do some maintenance work based on the equipment's operating environment.
"WKT's floating ball valve has performed excellently in our LNG project, and its reliability and durability have far exceeded my expectations." — Mr. Li, LNG Industry Engineer.
"This valve is easy to install and works stably at extremely low temperatures, perfectly meeting my laboratory needs." — Ms. Zhang, Research Institute Researcher.
——
WKT's flange floating ball valve cryogenic forged steel F316 DN20 150LB RF with extended stem is not only an ideal choice for fluid control, but also an effective solution in multiple industrial applications. By choosing WKT, you will get high-performance valves with quality and reliability to help your business thrive.
WKT's flange floating ball valve cryogenic forged steel F316 DN20 150LB RF with extended stem is a full bore, 150LB RF flanged valve made for extremely low temperatures. It has excellent resistance to corrosion, which makes the material of the valve very durable and reliable under harsh conditions. Boasting full-bore construction, this floating ball valve allows flow without any restrictions; hence, quite ideal for efficient flow control in many industrial applications. This floating ball valve is made for 150LB rated medium and high-pressure fluids, perfectly meeting professional requirements in highly diversified industrial fields like industrial gases, LNG, and space technology.
The material is stainless steel F316, which provides high corrosion resistance to the floating ball valve for stable long-term performance under harsh environmental conditions—good durability of the floating ball valve in chemical media.
With this full-bore design, there are no restrictions placed on flow capacity at any point; as such, this will make deliveries more efficient reliable, and flexible in varied industrial applications.
This floating ball valve is created explicitly for cryogenic applications and the handling of extremely low-temperature fluids. It can find its application in liquefied gas or any other industry working at low temperatures.
Improving flexibility in fitting and operation, stem design continues to make this valve more appropriate, especially for certain settings that require specific installation space.
RF flange connection design offers a strong connection without any leaks and, at the same time, meets ASME/ANSI standards. Thus, it can be applied to any pipeline system whenever required for connections.
The design of the floating ball valve applies to API 6D standards; that is the way the rule runs for following industrial regulators. The product has undergone strict testing and surveillance under API598 to guarantee the performance and dependability it promises.
1. Process efficiency improvements: Because of the full-bore design, the fluid in process flow passes without any restrictions; therefore, it reduces flow resistance by a very significant degree during operation, hence improving overall system efficiency.
2. Lower maintenance costs: A floating ball valve that does not easily break down will mean fewer repairs and fewer replacements, reducing the overall cost of maintenance.
3. Safety bonus: RF flange design and stringent quality control ensure that the valve is tight and reliable. It can work under high pressure with safety against leak risk.
4. Flexible applications: It finds widespread applications and fulfills the particulars regarding liquefied natural gas, industrial gases, space technology, and other areas thereby upgrading its application versatility across numerous sectors.
- Industrial gas industry: Applicable for liquid gas or any other industrial gas that usually requires specific storage conditions with liquid nitrogen temperatures.
- Space technology: In space applications, this floating ball valve can be used to control fluids at extremely low temperatures to ensure the spacecraft and its ancillary equipment operate reliably.
- Laboratories and research: For low-temperature requirements in any laboratory or research environment, such valves can be used for precise fluid control to meet different types of experiments.
1. Confirm the size： Confirm that the floating ball valve size meets the requirements for the pipeline, DN20 (3/4 inch) is the size that must match the pipeline connection.
2. Check the flange connection: Ensure the flange connection is clean and in good condition before you begin to install the floating ball valve to ensure there is no dirt or foreign matter.
3. Install the valve: Insert the valve between the flanges, align it, and then place it onto the pipeline.
4. Tighten the connection bolts: Tighten the connecting bolts at the flange uniformly such that the connection between the valve and the pipeline is stable and does not permit any leakage.
5. Perform an operational test: For a start-up pressure test, to confirm the tightness and safety of the sealing in working condition.
6. Normal use: The floating ball valve should be operated to control fluid based on the actual demand.
Q1. What is the lowest temperature to which this flange floating ball valve cryogenic forged steel F316 DN20 150LB RF with extended stem is applicable?
The cryogenic floating ball valve is designed for an application in extremely low-temperature fluids. The temperature range, in particular, would depend on the fluid and application that it is used for.
Q2: Can the flange floating ball valve cryogenic forged steel F316 DN20 150LB RF with extended stem be used for corrosive media?
Yes, the corrosion resistance of F316 stainless steel makes it suitable for a variety of corrosive media.
Q3: How do you maintain the flange floating ball valve cryogenic forged steel F316 DN20 150LB RF with extended stem?
Check from time to time the sealing and operational flexibility of the valve, make sure it is clean, and also do some maintenance work based on the equipment's operating environment.
"WKT's floating ball valve has performed excellently in our LNG project, and its reliability and durability have far exceeded my expectations." — Mr. Li, LNG Industry Engineer.
"This valve is easy to install and works stably at extremely low temperatures, perfectly meeting my laboratory needs." — Ms. Zhang, Research Institute Researcher.
——
WKT's flange floating ball valve cryogenic forged steel F316 DN20 150LB RF with extended stem is not only an ideal choice for fluid control, but also an effective solution in multiple industrial applications. By choosing WKT, you will get high-performance valves with quality and reliability to help your business thrive.
