3 Way and 4 Way Ball Valves
A flanged multiport ball valve designed for flow routing, switching, and distribution across multiple lines. Ideal for systems requiring flexible flow paths using a single valve, improving piping efficiency and reducing the need for multiple isolation valves.
Description
3 Way and 4 way Ball Valve
L-Port & T-Port Industrial Ball Valves | Class 150 / 300 / 600 | DN 15β300
MNC Valves is a Manufacturer of Three Way and Four Way Ball Valve in India, manufacturing industrial multi-port ball valves engineered for controlled flow diversion, mixing, distribution, and directional switching in process pipelines.
Our three-way and four-way ball valves are widely used in chemical processing, oil & gas, power generation, water treatment, and industrial automation systems where accurate flow path control is required.
MANUFACTURING STANDARDS
- API 608 β Metal Ball Valves
- ASME B16.34 β Pressure-Temperature Ratings
- ASME B16.5 β Flanged Ends
- ASME B16.10 β Face-to-Face Dimensions (Where Applicable)
- API 598 β Inspection & Testing
PRODUCT DESIGN OVERVIEW
Multi-port ball valves are available in:
- Three Way (L-Port / T-Port)
- Four Way (Cross-Port / X-Port)
Construction options:
- β Flanged End
- β Screwed / Threaded End
- β Two Piece Design
- β Three Piece Design
- β Floating Ball Configuration
These valves enable compact system design by eliminating the need for multiple isolation valves in flow diversion applications.
PORT CONFIGURATION OPTIONS
L-Port (Three Way)
- Diverts flow from one inlet to one of two outlets
- Suitable for changeover and transfer systems
- Ensures positive isolation of one branch
T-Port (Three Way)
- Allows mixing or splitting of flow
- Permits simultaneous connection between ports (as per ball design)
- Suitable for blending and bypass arrangements
Four Way (Cross Port)
- Enables switching and reversing flow direction
- Used in heat exchanger systems
- Suitable for dual-line changeover applications
SIZE & PRESSURE RANGE
- Size Range: DN 50 mm to DN 300 mm
- Larger sizes available on request
- Pressure Class: 150 / 300
- Threaded versions available in Class 150 / 800 (Small Bore)
- Temperature: As per ASME B16.34 material limits
Floating ball configuration is recommended within rated pressure class limits.
MATERIALS OF CONSTRUCTION
| Body Materials | Ball Materials | Seat Materials |
|---|---|---|
| WCB (Carbon Steel), CF8 (SS304), CF8M (SS316), SS304L, SS316L, Duplex (On Request) | SS304, SS316, , Hard Chrome Plated, Special Coating (On Request) | PTFE, Reinforced PTFE (RTFE), Modified PTFE, Metal Seated (On Request) |
DESIGN FEATURES
- Multi-port precision-machined ball
- Floating ball configuration
- Blow-out proof stem
- Anti-static device
- Fire Safe design (API 607 / API 6FA β Optional)
- Locking handle arrangement
- ISO 5211 mounting pad (Optional)
- Full Bore / Reduced Bore options
- Compact installation footprint
END CONNECTION OPTIONS
- Flanged Ends β ASME B16.5
- Screwed Ends β BSP / NPT
- Raised Face (RF)
- Ring Type Joint (RTJ) (Applicable to flanged versions)
TESTING & QUALITY CONTROL
All valves are tested as per API 598:
- Hydrostatic Shell Test
- Seat Leakage Test
- Port Function Verification
- Pressure Retention Test
Third-party inspection available upon request.
OPERATING PRINCIPLE β MULTI-PORT FLOATING BALL
The valve operates through a precision-machined multi-port floating ball.
By rotating the ball 90Β°, the internal port alignment changes, enabling:
- Flow diversion
- Flow mixing
- Line switching
- Bypass control
Sealing is pressure-assisted through downstream seat loading, ensuring tight shut-off within rated pressure limits.
APPLICATIONS
Chemical Industry
- Mixing systems
- Dosing lines
- Process diversion
Oil & Gas
- Product transfer
- Tank farm switching systems
Power Plants
- Heat exchanger bypass
- Cooling water changeover
Water & Infrastructure
- Pump changeover
- Flow distribution systems
THREE WAY VS FOUR WAY BALL VALVE β ENGINEERING COMPARISON
| Feature | Three Way | Four Way |
|---|---|---|
| Port Type | Application | System Complexity |
| L / T | Diverting / Mixing | Moderate |
| Cross Port | Reversing / Switching | Higher |
| Installation | Compact | Requires system planning |
Trunnion design is recommended for high-pressure, large-diameter, and torque-critical applications.
Four-way valves are selected for engineered switching applications.
AUTOMATION COMPATIBILITY
Available for:
- β’ Pneumatic Actuation
- β’ Electric Actuation
- β’ Manual Lever Operation
- β’ Gear operation
Suitable for automated industrial flow control systems.
