ASME B16.34 Three Way Ball Valve TA2 Titanium Ball Valve
Corrosion resistant 6-inch ball valve designed for demanding industrial applications with superior performance and reliability.
Three-Way Titanium Ball Valves: L-Type and T-Type
Three-way titanium ball valves are available in L-type (Q44F) and T-type (Q45F) configurations, each designed for specific flow control applications in industrial systems.
L-Type (Q44F) Three-Way Ball Valve
The L-type three-way ball valve is engineered for flow direction switching, connecting two perpendicular channels to effectively redirect medium flow from one direction to another.
T-Type (Q45F) Three-Way Ball Valve
The T-type three-way ball valve provides versatile media distribution, confluence, and flow direction switching capabilities. It enables interconnection of three channels or connection between any two channels for complex flow control requirements.
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 Materials |
TA1, TA2, TA10, Gr2, Gr3 |
| Ball Materials |
TA1, TA2, TA10, Gr2, Gr3 |
| Stem Materials |
TA1, TA2, TA10, TC4, Gr2, Gr3, Gr5 |
| Sealing Ring Materials |
PTFE, RPTFE, PPL, PEEK |
| Titanium Ball Valve Models |
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
Three-way titanium ball valves typically feature a two-seat structure. Custom four-seat configurations are available upon request, providing enhanced sealing performance and operational flexibility for specialized applications.
Industrial Advantages
Ball valves offer compact construction, reliable sealing, simple design, and easy maintenance. The sealing surface and spherical surface remain in closed position, minimizing medium erosion. Suitable for general working media including water, solvents, acids, natural gas, and demanding applications with oxygen, hydrogen peroxide, methane, and ethylene.
Key Features
- Minimal Fluid Resistance: Equal resistance coefficient to equivalent pipe length
- Compact Design: Simple structure, small size, and lightweight construction
- Reliable Sealing: Plastic sealing surfaces provide excellent sealing, suitable for vacuum systems
- Quick Operation: 90° rotation for full open/close operation, compatible with remote control
- Easy Maintenance: Simple construction with generally removable sealing rings for straightforward disassembly and replacement
- Surface Protection: Ball and valve seat sealing surfaces isolate from medium when fully open or closed, preventing erosion
Industrial Applications
Chemical and Petrochemical Industry
Fluid distribution and confluence for chemical mixing or separation in complex reaction processes. Flow direction switching for production process requirements.
Oil and Gas
Pipeline system management for fluid transport path control, splitting, and merging operations. Equipment maintenance with fluid path switching to maintain system operation.
Water Treatment
Water distribution control in treatment plants for flow direction switching between treatment stages. Filtration system operation for filter status switching.
Food and Beverage Industry
Liquid handling for distribution, mixing, and flow direction switching in production lines. CIP system integration for cleaning and disinfecting liquid flow control.
Pharmaceutical Industry
Production process management for liquid medicine direction and mixing control. Laboratory equipment for fluid sample distribution and handling.
HVAC Systems
Cooling and heating system integration for cooling/heating water flow direction switching and temperature regulation. Energy management optimization through flow direction control.