Stainless Steel Sanitary Quick-install Manual Three-way Ball Valve BV
The purpose of the stainless steel manual three-way ball valve design is to accurately control the flow direction and flow of the fluid in the pipeline. It can achieve the diversion, confluence or switching of the flow direction of the fluid to ensure the flexibility of the system. By manually operating the valve stem and adjusting the position of the ball, the purpose of switching the fluid path, cutting off the pipeline branch that does not need to flow or adjusting the flow can be achieved.
Working Principles
The working principle of the manual stainless steel three-way ball valve is to rotate the valve stem to drive the ball to rotate, thereby changing the relative position of the internal hole of the ball and controlling the flow direction of the fluid. The ball usually has an L-type or T-type hole. According to the different hole shapes of the ball, the valve can realize the diversion, confluence or switching of the fluid flow direction. When the valve stem rotates, the hole of the ball will connect to different channels of the pipeline to adjust the passage path of the fluid to achieve the purpose of controlling the flow, switching pipeline branches or closing the fluid path.
The use of a manual stainless steel three-way ball valve can realize the switching, diversion and confluence of the fluid, and flexibly control the fluid path in the pipeline. Through manual operation, the flow rate can be adjusted, the flow direction can be ensured to be correct, backflow can be prevented, and the pipeline branches that do not need to circulate can be cut off to ensure stable operation of the system.
The options of the manual stainless steel three-way ball valve mainly include the following aspects:
Ball hole type: Common hole types are L-type and T-type, which are used for diversion, confluence or switching flow direction respectively.
Connection method: You can choose threaded connection, welding connection or flange connection, depending on the needs of the pipeline system.
Valve body material: usually 304 or 316L stainless steel, suitable for different working environments and hygiene requirements.
Operation mode: In addition to manual operation, it may also be equipped with electric or pneumatic drive.
Sealing material: According to the nature of the medium, choose different sealing materials, such as PTFE, rubber, etc.
Specification Chart
Max. working pressure | 150 PSI |
Temperature range | -20° ~ +150°C or higher upon request |
Sizes available | 1/2" to 4" |
| End connection | Tri-Clamp, Butt-Weld, Flange, Threaded |
Body material | Stainless Steel 316L |
Ball material | Stainless Steel 316L |
Seal material | FDA Approved EPDM, Silicone, Viton |
Actuator Options | Manual, Pneumatic |
Surface Finish | Ra ≤ 0.8μm (Standard), Ra |
Flow Control | Linear |
Features
● The stainless steel manual three-way ball valve adjusts the flow direction of the fluid precisely by rotating the valve stem, ensuring stable flow.
● The stainless steel manual three-way ball valve is made of stainless steel such as 304 and 316L, and has excellent corrosion resistance.
● The stainless steel manual three-way ball valve uses PTFE or rubber sealing rings, which have good sealing performance and prevent leakage.
● The manual stainless steel manual three-way ball valve stem is easy to use and can accurately adjust the flow and direction.
● The friction between the stainless steel manual three-way ball and the valve seat is small, and the resistance when the fluid passes is small, which increases the flow rate of the fluid.
● The stainless steel manual three-way ball valve can provide reliable safety control in high-pressure pipeline systems to avoid backflow and system failure.
Application
Stainless steel manual three-way ball valves are widely used in the following industries: Chemical industry: used for fluid distribution, switching and confluence control. Pharmaceutical industry: control the flow direction of liquid medicine to ensure hygiene and safety. Food and beverage industry: used for fluid transportation, regulation and cleaning. Oil and gas: used for fluid switching and flow regulation in pipelines. Metallurgical industry: used for high temperature and high pressure fluid control. Water treatment industry: fluid distribution and confluence, control water flow. Construction industry: fluid control in heating and air conditioning systems.
Working Principles
The working principle of the manual stainless steel three-way ball valve is to rotate the valve stem to drive the ball to rotate, thereby changing the relative position of the internal hole of the ball and controlling the flow direction of the fluid. The ball usually has an L-type or T-type hole. According to the different hole shapes of the ball, the valve can realize the diversion, confluence or switching of the fluid flow direction. When the valve stem rotates, the hole of the ball will connect to different channels of the pipeline to adjust the passage path of the fluid to achieve the purpose of controlling the flow, switching pipeline branches or closing the fluid path.
The use of a manual stainless steel three-way ball valve can realize the switching, diversion and confluence of the fluid, and flexibly control the fluid path in the pipeline. Through manual operation, the flow rate can be adjusted, the flow direction can be ensured to be correct, backflow can be prevented, and the pipeline branches that do not need to circulate can be cut off to ensure stable operation of the system.
The options of the manual stainless steel three-way ball valve mainly include the following aspects:
Ball hole type: Common hole types are L-type and T-type, which are used for diversion, confluence or switching flow direction respectively.
Connection method: You can choose threaded connection, welding connection or flange connection, depending on the needs of the pipeline system.
Valve body material: usually 304 or 316L stainless steel, suitable for different working environments and hygiene requirements.
Operation mode: In addition to manual operation, it may also be equipped with electric or pneumatic drive.
Sealing material: According to the nature of the medium, choose different sealing materials, such as PTFE, rubber, etc.
Specification Chart
Max. working pressure | 150 PSI |
Temperature range | -20° ~ +150°C or higher upon request |
Sizes available | 1/2" to 4" |
End connection | Tri-Clamp, Butt-Weld, Flange, Threaded |
Body material | Stainless Steel 316L |
Ball material | Stainless Steel 316L |
Seal material | FDA Approved EPDM, Silicone, Viton |
Actuator Options | Manual, Pneumatic |
Surface Finish | Ra ≤ 0.8μm (Standard), Ra |
Flow Control | Linear |
Features
● The stainless steel manual three-way ball valve adjusts the flow direction of the fluid precisely by rotating the valve stem, ensuring stable flow.
● The stainless steel manual three-way ball valve is made of stainless steel such as 304 and 316L, and has excellent corrosion resistance.
● The stainless steel manual three-way ball valve uses PTFE or rubber sealing rings, which have good sealing performance and prevent leakage.
● The manual stainless steel manual three-way ball valve stem is easy to use and can accurately adjust the flow and direction.
● The friction between the stainless steel manual three-way ball and the valve seat is small, and the resistance when the fluid passes is small, which increases the flow rate of the fluid.
● The stainless steel manual three-way ball valve can provide reliable safety control in high-pressure pipeline systems to avoid backflow and system failure.
Application
Stainless steel manual three-way ball valves are widely used in the following industries: Chemical industry: used for fluid distribution, switching and confluence control. Pharmaceutical industry: control the flow direction of liquid medicine to ensure hygiene and safety. Food and beverage industry: used for fluid transportation, regulation and cleaning. Oil and gas: used for fluid switching and flow regulation in pipelines. Metallurgical industry: used for high temperature and high pressure fluid control. Water treatment industry: fluid distribution and confluence, control water flow. Construction industry: fluid control in heating and air conditioning systems.
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