S.S. Three Piece Screwed End

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S.S. Three Piece Screwed End Specification

Caliber
Full Bore

Connection
Screwed End (BSP/BSPT/NPT Threaded)

Channels
2 Way

Pressure
Up to 1000 PSI (PN63)

Structure
Three Piece

Material
Stainless Steel (S.S.)

Power
Manual

Media
Water, Oil, Gas, Air, Steam, Chemicals

Port Size
15mm to 100mm

Finish
Polished

Application
Industrial, Chemical, Petrochemical, Water Supply, Steam Lines

Test Pressure
Hydrostatic 21 kg/cm²

Valve Type
Three Piece Ball Valve

Ball Material
Stainless Steel SS304 / SS316

Seat Material
PTFE / RPTFE

Design Standard
As per IS/ASME/DIN Standard

Stem Material
Stainless Steel SS304 / SS316

Locking Device
Provided

Body Material
Stainless Steel SS304 / SS316

Handle Material
Stainless Steel with PVC Grip

Operation
Lever Operated

End Connection Standard
BSP, BSPT, NPT Threaded

Blowout Proof Stem
Yes

Leakage Class
Class VI

About S.S. Three Piece Screwed End

Experience brilliant engineering and world-class reliability with our S.S. Three Piece Screwed End Ball Valvenow available for a limited time at a special promotion! Crafted from prime-grade Stainless Steel SS304/SS316, this valve features a robust PTFE/RPTFE seat, Class VI leakage control, and state-of-the-art blowout-proof stem. Suited for manual operation with a secure locking device, it supports BSP, BSPT, and NPT threaded connections. Limited stock availableideal for industrial, petrochemical, and water supply applications. Take advantage of this exclusive offer before time runs out!

Superior Performance for Industrial Environments

The S.S. Three Piece Screwed End Ball Valve is tailor-made for demanding plant applications in chemical, petrochemical, water supply, and steam line industries. Its competitive advantages lie in robust austenitic stainless steel construction (SS304/SS316), blowout-proof safety, full bore caliber, and universal end connections. Designed to handle diverse mediawater, oil, steam, chemicalsthe valve ensures longevity, reliable sealing, and easy maintenance for critical industrial processes.

Flexible Payment and Leading Markets Supplied

We offer the lowest price deals and efficient supply options for all orders of the S.S. Three Piece Screwed End Ball Valve. Payment terms are flexible and tailored to your business needs, making procurement easy and hassle-free. Our main export markets include Asia, the Middle East, and Africa, while our main domestic market reaches across India. Take advantage of our prompt offer and supply network to secure your orders today!

FAQs of S.S. Three Piece Screwed End :

Q: How can the S.S. Three Piece Screwed End Ball Valve be used in industrial applications?

A: This valve is designed for a wide variety of industrial processes, including chemical, petrochemical, water supply, steam, and gas lines, handling media such as water, oil, gas, air, steam, and chemicals.

Q: What sizes and connection standards are available for this valve?

A: Port sizes range from 15mm to 100mm, and end connections are available in BSP, BSPT, and NPT threaded options, making the valve adaptable to diverse piping requirements.

Q: When is it beneficial to use a three piece design over a one or two piece?

A: A three piece design provides easier maintenance and cleaning, allowing removal of the center section while the valve remains in line, making it ideal for applications where frequent servicing is needed.

Q: Where can I purchase this ball valve and what are the payment options?

A: The valve is available through a wide network of distributors and traders in India and can also be exported internationally. Payment terms are flexible and can be tailored to your companys requirements.

Q: What makes this valve a world-class option for high-pressure applications?

A: The valve is engineered for reliability, with hydrostatic test pressures up to 21 kg/cm, Class VI leakage rating, and robust stainless steel components, ensuring leak-free operation up to 1000 PSI (PN63).

Q: How does the locking device enhance usage safety?

A: The locking device secures the handle in place, preventing unintentional operation, thereby enhancing plant safety during both routine operation and maintenance procedures.

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