3 Way Diverter Valve

Corrosion
Resistant
Leak Tight
Sealing
Automated
Operation
Low Maintenance
Long Life

Alis Valves is a trusted 3 Way Diverter Valve Manufacturer & Supplier in India, offering precision-engineered valves for efficient flow diversion and mixing in industrial process systems. Designed with L-Port or T-Port configurations, these valves provide reliable switching between three flow paths, bubble-tight sealing, low operating torque, and minimal pressure loss. They are widely used in chemical processing, oil & gas, water treatment, pharmaceutical, food & beverage, power generation, HVAC, and industrial automation applications.

Product Specifications and Overview

ALIS Valves offers 3 Way Diverter Valves for industrial applications requiring controlled flow routing and efficient distribution of fluids or bulk materials. These valves feature three ports that allow flow to be directed from a common inlet to either of two outlets, or to switch between alternative flow paths, depending on the valve design. Their internal diverting mechanism helps manage material or fluid movement between connected pipelines, storage vessels and processing equipment. Depending on the application, these valves can be operated manually or equipped with pneumatic or electric actuators for automated flow control.

3 Way Diverter Valves are suitable for applications in chemical processing plants, cement factories, food processing facilities, pharmaceutical industries and bulk material handling systems. Depending on the valve construction, they can be used to divert liquids, gases, powders, granules and other compatible process media. Important selection factors include the type of media, flow capacity, operating pressure, temperature, valve size, port configuration, body material, sealing requirements and actuation method. Selecting the appropriate 3 Way Diverter Valve helps support accurate flow routing, efficient process distribution and reliable operation under the intended working conditions.

Size Range

DN15 to DN300 (½" to 12")

Pressure Rating

PN16, PN25, PN40 / ANSI Class 150, 300 & 600

Body Material

Carbon Steel (WCB), SS304, SS316, SS316L

Ball Material

SS304, SS316

Seat Material

PTFE, RPTFE, PEEK, Metal Seat (Application Dependent)

End Connection

Flanged, Threaded, Butt Weld, Socket Weld

Temperature Range

-29°C to +250°C (Depending on Seat Material)

Leakage Standard

API 598 / ISO 5208

Design Standards

API 6D, API 608, ASME B16.34, ISO 17292, ISO 5211

3 Way Diverter Valve

Industries Served

Cement

Cement

Engineered valve solutions tailored for critical Cement operating processes.

Chemical

Chemical

Engineered valve solutions tailored for critical Chemical operating processes.

Data centres

Data centres

Engineered valve solutions tailored for critical Data centres operating processes.

Fertilizer

Fertilizer

Engineered valve solutions tailored for critical Fertilizer operating processes.

Applications

Ammonia

Ammonia

Industrial Valves for Ammonia Applications Industrial valves used in ammonia systems are selected according…

CO₂

CO₂

High-performance flow automation engineered for CO₂ operations.

Compressed Air

Compressed Air

High-performance flow automation engineered for Compressed Air operations.

Cryogenic

Cryogenic

High-performance flow automation engineered for Cryogenic operations.

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Frequently Ask Questions

A 3 Way Diverter Valve is a three-port valve designed to redirect process flow between different pipelines or outlets. A common configuration allows one inlet to be connected to either of two outlets, depending on the valve position.
Alis Valves is a 3 Way Diverter Valve manufacturer and supplier in India, providing flow-routing solutions for chemical, water treatment, oil & gas, pharmaceutical, food & beverage, HVAC and industrial process applications. The valves can be configured with suitable manual, pneumatic or electric actuation and automation accessories.
The internal ball, plug, disc or other flow element changes position to establish the required connection between the three ports. For example: Position 1: Port A → Port B Position 2: Port A → Port C The actual flow pattern depends on the valve's internal configuration.
Potential problems include: Seat wear Leakage Actuator failure Incorrect actuator sizing Solenoid malfunction Incorrect port configuration Corrosion Valve blockage Incorrect installation