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Socket Weld End Ball Valve

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MOQ : 5 Units

Socket Weld End Ball Valve Specification

Caliber
Full Bore

Connection
Socket Weld End

Channels
2 (Two-way)

Structure
Ball Valve

Pressure
Class 150 / Class 300

Material
Stainless Steel / Carbon Steel / Forged Steel

Power
Manual

Media
Water, Oil, Gas, Steam, Acid

Temperature of Media
-20C to 200C

Port Size
1/2 to 4

Flange
No

Finish
Polished

Application
Industrial Pipelines, Chemical, Petrochemical, Oil & Gas

Blow-out Proof Stem
Yes

Testing Standard
API 598

Operation
Lever Operated

Seat Material
PTFE / RPTFE

End Connection Standard
ASME B16.11 (Socket Weld)

Anti-static Device
Provided

Design Standard
API 6D / ASME B16.34

Fire Safe Design
Available

Face to Face Standard
ASME B16.10

Body Material
Forged

Socket Weld End Ball Valve Trade Information

Minimum Order Quantity
5 Units

Supply Ability
200 Units Per Month

Delivery Time
7 Days

About Socket Weld End Ball Valve

Socket Weld End Ball Valve

Size	2" to 56" (50 mm to 1400 mm)
ASME Class	Class 150 to 2500
Design Standard	API 6D

Main Feature

Trunnion-mounted Ball Valve design complies to API 6D

Wide portfolio of Side-entry and Top-entry designs

Fugitive emissions

Soft and Metal seated valves complies to ISO 15848-1, Class AH and BH

Fire safe design - to API 607 and API 6FACE Marking

Meets requirements of Pressure Equipment Directive 2014/68/EU,

Pneumatic shell test conducted at 1.1 times rated pressure to check shell integrity, when required Double block and bleed (DBB) feature

Valves are designed and tested for automatic cavity relief

Anti-blowout stem design

Coil springs used for consistent seat loading and lower operating torque

Lip seals provided for low temperature services

Primary O ring and Secondary graphite (in 3 stage stem, thrust washer is primary)

Wide portfolio of Side-entry and Top-entry designs

Options: Buried service, Cryogenic

Offered with Electric, Pneumatic and Hydraulic Actuators

In-house Tests Capabilities

Superior Safety and Reliability

With advanced features such as a fire safe design, anti-static device, and blow-out proof stem, this ball valve ensures operational safety in demanding environments. Its compliance with prominent standards guarantees reliability and long service life for industrial, chemical, petrochemical, and oil & gas sectors.

Engineered for Versatile Application

Manufactured using forged body materials and PTFE/RPTFE seats, this valve is compatible with a range of aggressive media, including steam and acid. The socket weld end connection, compliant with ASME B16.11, simplifies installation in pipeline systems, providing leak-proof and durable service.

FAQ's of Socket Weld End Ball Valve:

Q: How does the socket weld end connection improve valve installation efficiency?

A: The socket weld end connection, conforming to ASME B16.11, allows for secure and leak-proof joining within pipeline systems. It streamlines the installation process by enabling direct welding to pipes, minimizing potential leakage and improving overall durability.

Q: What safety features are included in the lever operated ball valve?

A: This valve incorporates a fire safe design, anti-static device, and a blow-out proof stem. These features collectively enhance the safety of operations, minimizing risk during exposure to hazardous environments and ensuring the stem remains secure during pressure fluctuations.

Q: Where can this socket weld end ball valve be used?

A: It is suitable for a wide range of industrial applications, including chemical plants, petrochemical facilities, oil and gas refineries, and water pipeline systems. Its robust construction and versatile chemical resistance make it ideal for demanding process streams.

Q: When should PTFE or RPTFE seat material be chosen for media handling?

A: PTFE or RPTFE seats are recommended when handling corrosive fluids such as acids, steam, or high-purity water, as they offer excellent chemical resistance and temperature stability within the operational range of -20C to 200C.

Q: What is the process for testing this ball valve before shipment?

A: All valves are rigorously tested in accordance with API 598 standards to ensure their structural integrity, leak-tightness, and performance reliability before they are distributed to customers.

Q: How does manual lever operation benefit pipeline maintenance?

A: Manual lever operation provides straightforward and rapid control over flow. It allows for easy maintenance, inspection, and quick shut-off capability, making it especially beneficial in systems requiring frequent operational adjustments.

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