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3 Way Butterfly Valve

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MOQ : 100 Kilograms

3 Way Butterfly Valve Specification

Product Type
3 Way Butterfly Valve

Material
Cast Iron / Stainless Steel / Ductile Iron

Type
Wafer / Lugged / Flanged End

Shape
Round

Technique
Precision Casting

Surface Treatment
Epoxy Coated / Painted

Standard
IS 13095 / API 609 / BS EN 593

Outer Diameter
Up to 340 mm

Length
Standard / As per Application

Inside Diameter
50 mm to 300 mm

Wall Thickness
5 mm to 15 mm

Tensile Strength
Up to 520 MPa

Grade
SS304 / SS316 / CI GGG40

Size
2 to 12 (DN50 to DN300)

Color
Blue / Silver / Customized

3 Way Butterfly Valve Trade Information

Minimum Order Quantity
100 Kilograms

Supply Ability
60000 Kilograms Per Week

Delivery Time
2-7 Days

Packaging Details
Bundle packing

Main Domestic Market
All India

About 3 Way Butterfly Valve

3 Way Butterfly Valve is an industry-specific product that is used to regulate, control and throttle the flow. The valve is characterized by its fast operational design, low-pressure drop, and other striking features. Owing to the accurate dimension and technically sound design, this valve can be easily installed.

Multi-Port Flexibility for Diverse Applications

The 3 Way Butterfly Valve stands out with L-port and T-port flow patterns, allowing for multiple configurations to direct or combine flow as required. Suitable for use in water, oil, gas, and chemical processes, this design improves operational flexibility and system efficiency across multiple industries. Its strong sealing and reliable operation make it well-suited for critical and demanding environments where precise flow control is essential.

Rugged Build and Enduring Protection

Manufactured from cast iron, stainless steel, or ductile iron, and protected with fusion bonded epoxy or powder coating, these valves excel in harsh environments. They provide strong resistance to corrosion, chemicals, and wear. With a bubble-tight shutoff and high tensile strength, users benefit from long service life and low maintenance requirements even under varying pressure and temperature conditions.

FAQs of 3 Way Butterfly Valve:

Q: How can I select the appropriate port configuration (T-port or L-port) for my application?

A: Choosing between T-port and L-port depends on your required flow pattern. T-port allows mixing or diverting flows in three directions, while L-port enables switching between two different outlets. Assess your process needs to determine which configuration best supports your systems operation.

Q: What benefits do the different seat and disc materials offer for the 3-way butterfly valve?

A: The available seat materialsEPDM, NBR, and PTFEoffer varying resistance to chemicals, temperatures, and media. For aggressive chemicals or high temperature, PTFE is ideal; EPDM and NBR suit water, oil, or gas. Stainless steel and ductile iron discs provide durability and enhanced corrosion resistance, important for demanding applications.

Q: When is it recommended to use a pneumatic actuator versus manual or gear operation?

A: Pneumatic actuators are suitable for automated or remote control operations, especially in systems requiring frequent actuation or quick emergency shutoff. Manual lever and gear operations are practical for less frequent operation or in locations where automation is unnecessary.

Q: Where can the 3 Way Butterfly Valve be installed within an industrial plant?

A: This valve is commonly installed in piping systems for water, gas, oil, or chemical distribution, especially where flow direction needs regular adjustment. It fits both new installations and system upgrades, compatible with wafer, lugged, or flanged end connections.

Q: What process is used to ensure the valve meets leakage Class VI (bubble tight shutoff)?

A: Each valve undergoes rigorous hydrostatic and leakage testing according to Class VI standards. This process ensures that, when closed, the valve provides a bubble-tight seal, thus minimizing any possibility of internal leakage and maintaining media integrity.

Q: How does the fusion bonded epoxy or powder coated body enhance valve performance?

A: Fusion bonded epoxy or powder coatings provide a robust barrier against corrosion, chemical attack, and external environmental conditions. This ensures the valve maintains mechanical integrity, appearance, and operational safety even in aggressive or outdoor installations.

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