APPLICATION

Mixing & Diversion Application Solutions

Engineered for Safety, Reliability & Performance in Demanding Process Applications

Alis Valves manufactures premium industrial valves for mixing and diversion applications, engineered to provide accurate flow routing, media mixing, and process distribution in industrial piping systems. Mixing & Diversion Valves Manufacturer in India Our comprehensive range of 3-Way L Port Ball Valves, 3-Way T Port Ball Valves, 4-Way Ball Valves, Multi-Port Ball Valves, automated ball valves, pneumatic actuated valves, and electric actuated valves is designed to control multiple flow paths with precision and reliability. Built to international standards, our valves ensure leak-free operation, reduced piping complexity, and efficient process automation across demanding industrial applications.

Precision Flow Diversion

Efficient Flow Mixing

Compact Multi-Port Design

Automation Ready

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MIXING & DIVERSION SOLUTIONS

Mixing, Diverting & Process Flow Control

ALIS Valves provides industrial valve solutions for mixing process streams, diverting flow and controlling fluid distribution across industrial pipeline networks. Valve selection depends on process media, flow requirements, pressure, temperature and application-specific operating conditions.

Industrial Mixing & Process Piping

Industrial valve solutions for mixing process streams and maintaining controlled fluid flow. Designed for diverse industrial processing requirements.

Industrial Valve & Pipeline System

Reliable valve solutions for industrial pipeline networks and process flow management. Suitable for flow control, isolation and distribution applications.

Industrial Pipeline & Valve Station

Valve solutions for managing fluid transfer and flow distribution across pipeline systems. Selected according to operating pressure, process media and application needs.

Engineered For Mixing & Diversion Application

Engineered for multi-port flow control applications
Precise flow routing and media distribution
Reduces piping complexity and installation costs
Available in L-Port, T-Port, and 4-Way configurations
Compatible with pneumatic and electric automation
Manufactured according to API, ASME, and ISO standards
Reliable performance with minimal maintenance

Key Application Features

Process Flow Diversion
Product Mixing Systems
Chemical Processing
Water Treatment Plants
Food & Beverage Processing
Pharmaceutical Manufacturing
HVAC Systems
Oil & Gas Facilities
Utility Distribution Systems
CIP/SIP Systems
Tank Filling & Emptying
Industrial Automation Systems

Built for Demanding Conditions

Pressure Rating

Up to Class 600 (ASME B16.34)

Temperature Range

-20°C to +250°C

Size Range

1/2" to 20"
DN 15 to DN 500

End Connections

Flanged, Threaded, Socket Weld, Butt Weld, Tri-Clamp (TC)

Materials

WCB, CF8, CF8M, SS304, SS316, Duplex Stainless Steel, PTFE & PFA-Lined

Standards

API 6D, API 608, API 598, ASME B16.34, ANSI, DIN, BS, ISO

Got Questions?

Frequently Asked Questions

Common questions about valve design, performance, and automation for this application.

What are mixing and diversion valves used for in industrial applications?

Mixing and diversion valves help manage fluid flow in process systems. Depending on their design, they can direct flow between different pipelines, combine streams or support the routing of liquids to selected equipment or process lines.

Which valves are used for mixing and flow diversion?

Multiport ball valves, three-way valves, diverting valves and suitable control valves may be used. The right design depends on the number of flow paths, required flow direction, fluid properties, pressure, temperature and process requirements.

What is a three-way valve and how does it work?

A three-way valve has three ports and can be configured to direct flow between different connections. Depending on its internal design, it may divert one inlet stream between two outlets or combine two inlet streams into one outlet. Confirm the valve's flow configuration before selection.

What is the difference between a mixing valve and a diverting valve?

A mixing valve combines two or more incoming streams into a common outlet, while a diverting valve directs an incoming stream toward different outlets. Actual functionality depends on the valve's internal design, port arrangement and piping configuration.

When should I use a multiport ball valve for flow diversion?

A multiport ball valve may be suitable when a process requires routing between multiple flow paths using a compact valve arrangement. Consider the port configuration, allowable flow paths, pressure drop, sealing performance and the possibility of unwanted cross-flow between connections.

How do I select the right valve for a mixing application?

Identify the fluids being combined, flow rates, pressure, temperature, viscosity, chemical compatibility and required mixing accuracy. If precise proportioning or continuous regulation is required, evaluate whether a suitable control valve or dedicated mixing system is more appropriate.

Which industries use mixing and diversion valves?

Mixing and diversion valves may be used in chemical processing, water treatment, food and beverage processing, pharmaceutical manufacturing, textile processing and general industrial fluid-handling systems. Valve selection must reflect the specific process and hygiene, material or safety requirements where applicable.

Can actuated valves be used for automated mixing and diversion?

Yes. Pneumatic and electric actuators can automate suitable valves for remote flow routing and process sequencing. Check the valve's port configuration, actuator torque, switching time, control signals, position feedback and required operating sequence.

Which materials are suitable for mixing and diversion valves?

Material selection depends on the process fluids, chemical concentration, operating pressure, temperature and cleaning conditions. Check the compatibility of the valve body, ball or other internal components, seats and seals with every fluid that may contact them.

How can incorrect flow routing be prevented in a multiport valve system?

Select the correct port configuration and confirm the valve's flow-path diagram before installation. Appropriate actuator controls, position feedback, piping identification and functional testing can help ensure that the intended flow path is selected during operation.

Other Applications We Serve

Mixing & Diversion Application Solutions