AsalAra 3-Way Multi-Port Ball Valve
A precision-engineered, three-way ball valve designed for multi-directional flow control in complex piping systems.
AsalAra 3-Way Multi-Port Ball Valve
A precision-engineered, three-way ball valve designed for multi-directional flow control in complex piping systems.
The AsalAra 3-Way Ball Valve is designed for applications requiring reliable diversion, mixing, or flow direction control using a single valve body. Its multi-port design simplifies piping layouts by eliminating multiple valves and fittings, reducing leakage points and installation time. Available in L-port and T-port configurations, AsalAra 3-way valves are ideal for utility lines, tank selection systems, chemical mixing, and heat exchanger switching. The full bore design allows unrestricted flow, minimizing pressure drop and ensuring operational efficiency.
Crafted with high-performance materials and adaptable for manual or automated actuation, the 3-way ball valve is a versatile and dependable solution for fluid control systems across industries.
Why AsalAra?
AsalAra’s 3-Way Ball Valves offer maximum flow flexibility with minimal complexity. Built for multi-directional flow control in mission-critical systems, these valves reduce risk, lower cost of ownership, and simplify system design — all with the reliability and precision AsalAra is known for.
Size Range
NPS (inch)
½” – 12”
DN (mm)
DN 15 – DN 300
Pressure Class
Standard Rating
ASME
Class 150 – 600
PN
PN 10 – PN 40
JIS
10K / 20K
Materials
- Body: CF8M (316 SS), CF8 (304 SS), WCB (carbon steel), Brass, Duplex, PVC (on request)
- Ball: SS316 / SS304 / Brass; optional PFA/PTFE lined
- Seats: PTFE, RPTFE, PEEK, Metal-seated (optional)
- Stem: Blow-out proof stainless steel
- Seals: PTFE, Viton, EPDM (depending on fluid compatibility)
Standard Connections
- Threaded (NPT / BSP)
- Flanged (ASME B16.5 / B16.47)
- Socket Weld / Butt Weld (ASME B16.11 / B16.25)
- Tri-clamp (for sanitary applications)
Product Line
AsalAra M3 Series – 3-Way Multi-Port Ball Valves (T-Port / L-Port / X-Port)
Details
- T-Port Flow Path: Divert flow between three ports or mix two inputs into one output
- L-Port Flow Path: Divert flow between two outlets from one source
- Actuation Options: Manual (lever/gear), pneumatic, electric
- ISO 5211 Mount: Compliant for automation readiness
- Temperature Range: –20°C to +200°C (material dependent)
- Testing Standards: API 598, ISO 5208, EN 12266
- Certifications (on request): ATEX, CE, Fire-safe per API 607
Feature
Benefit
3-Port Design (T & L-Port)
Enables mixing, diverting, or shutoff across multiple flows
Full Bore Design
Minimizes pressure loss and energy consumption
Compact Footprint
Reduces space and number of valves in system
ISO 5211 Mounting Pad
Allows easy automation with electric or pneumatic actuators
Leak-Proof Seats
PTFE/RPTFE for superior chemical resistance and sealing
Anti-Blowout Stem
Increases safety under pressure fluctuations
Low Torque Operation
Simplifies manual use or actuator sizing
Fire-Safe Design (Optional)
Available for hazardous applications
End Connection Flexibility
Customizable per system requirements
- Chemical and petrochemical systems
- Water and wastewater treatment
- Food & beverage (sanitary version)
- HVAC and utility distribution systems
- Oil & gas fluid switching
- Pharmaceutical process systems
- Marine and offshore
The AsalAra 3-Way Ball Valve is designed for applications requiring reliable diversion, mixing, or flow direction control using a single valve body. Its multi-port design simplifies piping layouts by eliminating multiple valves and fittings, reducing leakage points and installation time. Available in L-port and T-port configurations, AsalAra 3-way valves are ideal for utility lines, tank selection systems, chemical mixing, and heat exchanger switching. The full bore design allows unrestricted flow, minimizing pressure drop and ensuring operational efficiency.
Crafted with high-performance materials and adaptable for manual or automated actuation, the 3-way ball valve is a versatile and dependable solution for fluid control systems across industries.
Why AsalAra?
AsalAra’s 3-Way Ball Valves offer maximum flow flexibility with minimal complexity. Built for multi-directional flow control in mission-critical systems, these valves reduce risk, lower cost of ownership, and simplify system design — all with the reliability and precision AsalAra is known for.
Size Range
NPS (inch)
DN (mm)
½” – 12”
DN 15 – DN 300
Pressure Class
Standard Rating
ASME
Class 150 – 600
PN
PN 10 – PN 40
JIS
10K / 20K
Materials
- Body: CF8M (316 SS), CF8 (304 SS), WCB (carbon steel), Brass, Duplex, PVC (on request)
- Ball: SS316 / SS304 / Brass; optional PFA/PTFE lined
- Seats: PTFE, RPTFE, PEEK, Metal-seated (optional)
- Stem: Blow-out proof stainless steel
- Seals: PTFE, Viton, EPDM (depending on fluid compatibility)
Standard Connections
- Threaded (NPT / BSP)
- Flanged (ASME B16.5 / B16.47)
- Socket Weld / Butt Weld (ASME B16.11 / B16.25)
- Tri-clamp (for sanitary applications)
Product Line
AsalAra M3 Series – 3-Way Multi-Port Ball Valves (T-Port / L-Port / X-Port)
Details
- T-Port Flow Path: Divert flow between three ports or mix two inputs into one output
- L-Port Flow Path: Divert flow between two outlets from one source
- Actuation Options: Manual (lever/gear), pneumatic, electric
- ISO 5211 Mount: Compliant for automation readiness
- Temperature Range: –20°C to +200°C (material dependent)
- Testing Standards: API 598, ISO 5208, EN 12266
- Certifications (on request): ATEX, CE, Fire-safe per API 607
Feature
Benefit
3-Port Design (T & L-Port)
Enables mixing, diverting, or shutoff across multiple flows
Full Bore Design
Minimizes pressure loss and energy consumption
Compact Footprint
Reduces space and number of valves in system
ISO 5211 Mounting Pad
Allows easy automation with electric or pneumatic actuators
Leak-Proof Seats
PTFE/RPTFE for superior chemical resistance and sealing
Anti-Blowout Stem
Increases safety under pressure fluctuations
Low Torque Operation
Simplifies manual use or actuator sizing
Fire-Safe Design (Optional)
Available for hazardous applications
End Connection Flexibility
Customizable per system requirements
- Chemical and petrochemical systems
- Water and wastewater treatment
- Food & beverage (sanitary version)
- HVAC and utility distribution systems
- Oil & gas fluid switching
- Pharmaceutical process systems
- Marine and offshore