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Two Way Ball Valves

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Two Way Ball Valves Specification

Channels
2 Way

Caliber
Standard

Connection
Flanged or Screwed

Structure
Ball

Pressure
PN16, PN25, PN40

Material
Stainless Steel

Power
Manual

Size
15 mm

Media
Water

Temperature of Media
-20°C to 180°C

Port Size
1/2 inch to 4 inch

Flange
ANSI, DIN, JIS Standard

Finish
Polished

Application
Industrial Pipe Systems, Chemical Industries, Water Treatment

Surface Treatment
Electro-polished

Leakage
Bubble-tight

Testing Standard
API 598

Corrosion Resistance
High

Bore Type
Full Bore

Working Life
Up to 100,000 cycles

Seat Material
PTFE

Handle Type
Lever

Operation Type
Quarter Turn

Body Design
Two-Piece

End Connection
Threaded/Flanged

Applicable Standard
ASME B16.34

About Two Way Ball Valves

FlowBiz Exports Pvt Ltd is a High Quality Two Way Ball Valves Manufacturer in Mumbai, Maharashtra, India. We are a leading manufacturer of Two Ball Valves in Mumbai and nearby areas.

A 2-way manual ball valve has two ports: an inlet, an outlet, and a ball with a bore. A manual ball valve is operated by turning the handle 90 degrees, so they are also called quarter-turn valves. The handle is connected directly to the ball through the stem.

Functions:

For a 2-way ball valve, the flow direction is from the input to the valves output. The flow can be closed by turning the valve handle perpendicular to the direction of flow. Therefore, turning the valve handle in line with the flow will open the valve.

Product Details:

Usage/Application - Water, Steam, Air, Petrochemical

Pressure - 20 bar

Size - 15 mm

End Connection Type - Flanged

Material - Stainless Steel

Superior Durability for Demanding Applications

Engineered for reliability and longevity, our two way ball valves are constructed from stainless steel and boast high corrosion resistance. Supported by PTFE seats and electro-polished surfaces, these valves deliver exceptional performance in industries including water treatment, chemical processing, and industrial pipelines.

Versatile Installation and Operation

With options for both flanged and threaded end connections, our valves offer seamless integration with standard piping systems. The manual lever ensures quick quarter-turn operation, while the full bore design minimizes flow restrictions and energy losses.

Certified Quality and Rigorous Testing

Each valve is manufactured to meet API 598 and ASME B16.34 standards, with stringent testing for bubble-tight leakage. The body's two-piece construction and polished finish enhance durability and facilitate easy maintenance, providing peace of mind for critical applications.

FAQ's of Two Way Ball Valves:

Q: How do I operate the two way ball valve?

A: The valve is manually operated using a lever handle. Simply turn the lever a quarter turn (90) to open or close the valve, allowing for fast and effortless flow control.

Q: What media and temperature ranges are supported by this valve?

A: These valves are suitable for water and other compatible media, with an operating temperature range from -20C to 180C, making them ideal for various industrial applications.

Q: When should I choose PTFE seat material for my application?

A: PTFE seats offer excellent chemical resistance and low friction, making them suitable for corrosive environments or where purity and durability are important, such as chemical industries and water treatment plants.

Q: Where can these ball valves be installed?

A: The valves are designed for installation in industrial pipe systems, water treatment facilities, and chemical plants, fitting both threaded and flanged pipelines according to ANSI, DIN, or JIS standards.

Q: What is the process for ensuring bubble-tight leakage?

A: Each valve undergoes rigorous testing as per API 598 standards to verify that the closure is bubble-tight, ensuring reliable sealing and minimal leakage in service.

Q: What are the benefits of full bore and electro-polished finish?

A: Full bore design allows maximum flow with minimal pressure loss, while the electro-polished finish provides enhanced corrosion resistance and easier cleaning, contributing to longer service life and consistent performance.

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