ASME B16.34 Three Way Ball Valve TA2 Titanium Ball Valve Corrosion Resistant 6 Inch Ball Valve
Product Introduction:
Three-Way Titanium Ball Valves: L-Type and T-Type
Three-way titanium ball valves can be classified into L-type (Q44F) and T-type (Q45F). Each type serves different functions in controlling the flow direction of the medium.
L-Type (Q44F) Three-Way Ball Valve:
The L-type three-way ball valve is primarily used for switching the flow direction of the medium. It allows the connection of two perpendicular channels, effectively changing the medium’s path from one direction to another.
T-Type (Q45F) Three-Way Ball Valve:
The T-type three-way ball valve is designed for media distribution, confluence, and flow direction switching. It enables three channels to be interconnected, or alternatively, it can connect any two of the three channels. This versatile functionality allows for more complex flow control within a system.
| Product Technical Specifications: |
| Pressure Rating: | PN1.6-4.0Mpa Class150-300Lb |
| Nominal Diameter: | DN15-DN300 1/2"-12" |
| Drive Mode: | Handle, Worm Gear, Pneumatic, Hydraulic, Electric |
| Body, Bonnet: | TA1,TA2,TA10,Gr2,Gr3 |
| Ball: | TA1,TA2,TA10,Gr2,Gr3 |
| Stem: | TA1,TA2,TA10,TC4,Gr2,Gr3,Gr5 |
| Sealing Ring: | PTFE,RPTFE,PPL,PEEK |
| Titanium Ball Valve Model: | Q44F-16Ti,Q44F-25Ti,Q44F-40Ti,Q45F-16Ti,Q45F-25Ti,Q45F-40Ti,Q344F- 16Ti,Q344F-25Ti,Q344F-40Ti,Q345F-16Ti,Q345F-25Ti,Q345F-40Ti,Q644F-16Ti, Q64F-25Ti,Q644F-40Ti,Q645F-16Ti,Q645F-25Ti,Q645F-40Ti,Q944F-16Ti,Q944F- 25Ti,Q944F-40Ti,Q945F-16Ti,Q945F-25Ti,Q945F-40Ti,Q44F-150LB(Ti),Q44F- 300LB(Ti),Q345F-150LB(Ti),Q645F-150LB(Ti),Q945F-150LB(Ti) |
| Design Standards: | GB/T12237,ASME B16.34 |
| Face-to-Face Dimensions: | GB/T12221,ASME B16.10 |
| Flange Connections: | HG,GB,JB,API,ANSI,ISO,BS,DIN,NF,JIS |
| Testing Standards: | JB/T9092,GB/T13927,API598 |
Valve Seat Structure:
Typically, three-way titanium ball valves adopt a two-seat structure. However, based on user requirements, they can also be constructed with a four-seat structure, providing enhanced sealing and operational flexibility.
Advantages of Using Ball Valves in Industry Applications:
The main features of ball valves include their compact structure, reliable sealing, simple construction, and ease of maintenance. The sealing surface and the spherical surface are often in a closed state, making them less susceptible to erosion by the medium. They are easy to operate and maintain, suitable for general working media such as water, solvents, acids, and natural gas, as well as for harsh working conditions with media like oxygen, hydrogen peroxide, methane, and ethylene. Ball valves are widely used across various industries. The valve body can be either integrally constructed or assembled.
Main Features of Ball Valves:
Minimal Fluid Resistance: The resistance coefficient is equal to that of a pipe segment of the same length.
Simple Structure, Small Size, Light Weight: Ball valves have a straightforward design, making them compact and lightweight.
Tight and Reliable Sealing: The sealing surfaces of ball valves commonly use plastic materials, providing excellent sealing properties. They are also widely used in vacuum systems.
Easy Operation and Quick Opening/Closing: It only takes a 90° rotation to open or close the valve fully, facilitating remote control.
Convenient Maintenance: The simple structure of ball valves and their generally removable sealing rings make disassembly and replacement easy.
Isolation of Sealing Surfaces: When fully open or closed, the ball and valve seat sealing surfaces are isolated from the medium, preventing erosion when the medium passes through.
Main Applications of Three-Way Titanium Ball Valves:
Chemical and Petrochemical Industry:
Fluid Distribution and Confluence: Three-way ball valves can achieve the mixing or separation of different chemicals, suitable for complex chemical reaction processes.
Flow Direction Switching: In production processes, sometimes it is necessary to quickly change the flow direction of fluids, which three-way ball valves can effectively meet.
Oil and Gas:
Pipeline Systems: Used in oil and gas pipeline systems to manage fluid transport paths and perform fluid splitting or merging operations.
Equipment Maintenance: During equipment maintenance, three-way ball valves can switch fluid paths to ensure that the entire system's operation is not affected.
Water Treatment:
Water Distribution: Used in sewage treatment plants and water plants, controlling the direction of water flow to switch between different treatment stages.
Filtration Systems: In filtration and purification systems, three-way ball valves can be used to switch the working status of different filters.
Food and Beverage Industry:
Liquid Handling: Used in beverage production lines and food processing, achieving the distribution, mixing, and flow direction switching of liquids.
Cleaning and Disinfection: In CIP (Clean-In-Place) systems, three-way ball valves help switch the flow of cleaning and disinfecting liquids.
Pharmaceutical Industry:
Production Processes: Used in pharmaceutical production to manage the direction and mixing of liquid medicines, ensuring the accuracy and sanitary conditions of the production process.
Laboratory Equipment: Used in laboratories for the distribution and handling of fluid samples.
HVAC (Heating, Ventilation, and Air Conditioning) Systems:
Cooling and Heating Systems: In central air conditioning systems, three-way ball valves are used to switch the flow direction of cooling water and heating water, regulating the system temperature.
Energy Management: By switching flow directions, they optimize energy use efficiency and reduce operating costs.
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ASME B16.34 Three Way Ball Valve TA2 Titanium Ball Valve Corrosion Resistant 6 Inch Ball Valve Images
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