Horizontal Lift Check Valve

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Horizontal Lift Check Valve Specification

Connection Type
Flanged, Socket Weld, Butt Weld

Material
Cast Iron, Cast Steel, Stainless Steel, Alloy Steel

Valve Type
Horizontal Check Valve

Structure
Horizontal Lift Type

Type
Lift Check Valve

Disc
Stainless Steel/Alloy Steel

Pin
Stainless Steel/Carbon Steel

Horizontal Lift Check Valve Trade Information

Supply Ability
10 Per Month

Delivery Time
2 Week

Sample Available
Yes

Sample Policy
Contact us for information regarding our sample policy

Packaging Details
cartons boxes/wooden boxes

Main Domestic Market
All India

Certifications
ISO- 9001, 2000 BIS

Horizontal Lift Check Valve About

Bronze Horizontal Lift Check Valve

Screwed Ends

Materials

Name of parts: Body Bonnet Disc
Materials: Bronze
Specifications: IS: 318 LTB2

Tested and Suitability

Body test pressure: 500 PSIG
Steam test pressure: 200 PSIG
Suitable for: Water and oil

Dimensions in mm

Inch	mm	L1	L2	C	A	B?	D? NT>	T	H
1/4	8	53			1/4 BSP				34
3/8	10	53			3/8 BSP				34
1/2	15	55	55	35	1/2 BSP	15	95.3	8	38
3/4	20	65	67	39	3/4 BSP	20	101.6	8	46
1	25	78	85	47	1 BSP	25	120.7	9.6	53
1-1/4	32	96	85	51	1-1/4 BSP	32	133.4	9.6	54
1-1/2	40	96	100	56	1-1/2 BSP	40	139.7	11.2	62
2	50	117	108	58	2 BSP	50	165.1	11.2	75
2-1/2	65	135	140		2-1/2 BSP	65	184.2	12.7	88
3	80	150	178		3 BSP	80	203.2	14.3	95
4	100	180	210		4 BSP	100	228.6	17.5	108

Engineered for Global Standards

These horizontal lift check valves conform to DIN, ANSI, BS, and JIS end connection standards, making them compatible across diverse pipelines worldwide. With stringent inspections following API 598 or EN 12266, and robust testing protocols, operators can trust that these valves uphold international quality and safety benchmarks, regardless of application site or region.

Versatile Connections and Material Options

Choose from flanged, socket weld, or butt weld connections to match project requirements. Body and disc materials are available in cast iron, cast steel, stainless steel, or alloy steel, with a choice of graphite or spiral wound gaskets, ensuring chemical compatibility and mechanical integrity in both standard and aggressive environments.

FAQs of Horizontal Lift Check Valve:

Q: How does a horizontal lift check valve operate?

A: A horizontal lift check valve works by allowing the disc to lift vertically when forward flow occurs, permitting fluid passage. When reverse flow happens, the disc is pushed back onto the seat, immediately closing the valve and preventing backflow. This mechanism provides reliable protection against reverse flow in pipelines.

Q: What connection standards are supported for these valves?

A: Our horizontal lift check valves are available with end connections conforming to DIN, ANSI, BS, and JIS standards. This flexibility allows for seamless integration into global pipeline systems, making them suitable for both replacement and new installations.

Q: When should a horizontal lift check valve be used?

A: Horizontal lift check valves are ideal for applications where backflow prevention is critical, particularly in pipelines installed horizontally. They are commonly used in industries such as water treatment, oil and gas, chemical processing, and power generation for safeguarding pumps, compressors, and other vital equipment.

Q: Where are these valves typically installed?

A: These check valves are installed in horizontal pipelines to prevent reverse flow. They are especially suited for locations needing consistent directional control of liquids or gases, such as water distribution systems, process industries, and energy infrastructure.

Q: What is the inspection and testing process for these valves?

A: Each valve undergoes thorough inspection and testing according to API 598 or EN 12266 standards. This process includes pressure, seat leakage, and operational testing to ensure reliability, safety, and compliance with industry performance criteria before shipment.

Q: What benefits do the selected materials and finishes provide?

A: Valves are constructed from cast iron, cast steel, stainless steel, or alloy steel, offering robust strength and tailored chemical resistance. Painted or shot-blasted surface finishes protect against corrosion, while graphite or spiral wound gaskets help maintain tight, resilient seals under various pressure and temperature conditions.

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