Swing Check Valve

Name: Swing Check Valve
Brand: CHINTAN ENTERPRISE
Price: 100-300000 INR
Availability: InStock

Price 100-300000 INR/ Unit

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Swing Check Valve Specification

Material
Cast Iron / Ductile Iron / Stainless Steel / Carbon Steel

Control System
Manual

Connection Type
Flanged

Valve Type
Swing Check Valve

Valve Size
50mm to 600mm (2 to 24)

Application
Industrial pipelines, water treatment plants, oil & gas, chemical processing

Sealing
Soft or Metal Seated

Power
Manual

Pressure
Up to PN16 / ANSI 150

Media
Water, Oil, Gas, Steam, Chemicals

Port Size
Flanged End, available from 2 to 24

Temperature
Up to 200C

Disc
Swing Disc, Stainless Steel or Cast Iron

Pin
Stainless Steel Pin

Swing Check Valve Trade Information

Minimum Order Quantity
1 Unit

Supply Ability
100 Units Per Month

Delivery Time
1 Week

About Swing Check Valve

Swing Check Valve

Body in brass

O-ring of the hexagonal plug in NBR Washer of the inspection plug in NBR (in fibre until sell-out) Plate in brass

Minimum and maximum working temperatures: 0°C, 90°C SThreads: ISO228 (equivalent to DIN EN ISO 228 and BS EN ISO 228)

Available through 2" with NBR seal, through 4" with metal seal

Versatile Application and Enduring Construction

Designed for versatility, the Swing Check Valve excels in water treatment facilities, oil & gas sectors, chemical plants, and general industrial pipelines. Its adaptability to various pipeline standards and flanged port sizes ensures compatibility across systems worldwide. Durable materials and high-quality protective coatings guarantee dependable performance in demanding environments.

Advanced Sealing and Pressure Handling

This valve supports soft or metal seated options, withstanding a range of media including water, oil, gas, steam, and chemicals. With a maximum working pressure of 16 bar (232 psi) and temperatures up to 200C, it delivers effective sealing and hydrostatic integrity, further reinforced by stringent seat and body pressure tests.

Easy Installation and Maintenance

With flexible installation in both horizontal and vertical orientations, and clear adherence to recognized standards (API 6D/ANSI B16.10), setup is straightforward. The bolted bonnet and manual control design streamline inspection and maintenance tasks to minimize downtime and boost operational efficiency.

FAQs of Swing Check Valve:

Q: How is the Swing Check Valve typically installed?

A: This valve can be installed in both horizontal and vertical pipe orientations, making it versatile for various pipeline configurations. Flanged connections that comply with international standards aid precise and secure installation.

Q: What applications are best suited for this Swing Check Valve?

A: It is ideal for industrial pipelines, water treatment plants, oil & gas facilities, and chemical processing plants. Its robust construction and compatibility with multiple media make it suitable for handling water, oil, gas, steam, and chemicals.

Q: When should I choose a soft seated versus a metal seated Swing Check Valve?

A: Soft seated valves are preferable where tight shut-off and leak prevention are critical, typically with cleaner fluids. Metal seated options suit high-temperature or abrasive applications where durability takes precedence over absolute tightness.

Q: Where do these Swing Check Valves adhere to recognized industry standards?

A: The valves conform to design and face-to-face standards such as API 6D, BS 1868, ANSI B16.10, and are compatible with end connections including DIN, BS, ANSI, and JIS, ensuring global applicability.

Q: What is the process for ensuring pressure integrity in these valves?

A: Each valve undergoes rigorous hydrostatic body and seat pressure testing, with additional pneumatic seat tests as required. This ensures the valves structural and sealing reliability under operational pressure conditions.

Q: How does the valves coating benefit its service life?

A: Body coatings, such as fusion bonded epoxy and specialized paints, provide superior corrosion resistance. This protection extends the valves operational longevity even in aggressive or chemically challenging environments.

Q: What is the benefit of a bolted bonnet design in this valve?

A: A bolted bonnet allows for easier access to internal components, simplifying inspection, repair, or replacement, and thereby reducing maintenance time and improving overall operational efficiency.

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