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Manual Ball Valve

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MOQ : 1 Piece

Manual Ball Valve Specification

Control System
Handle Lever

Valve Type
Manual Ball Valve

Features
Corrosion Resistant, Leak Proof, Compact Design

Connection Type
Screwed / Flanged / Socket Weld

Valve Size
1/2 to 4

Material
Brass / Stainless Steel / MS

Structure
Two Piece

Application
Water, Oil, Gas, Chemical Industries

Sealing
PTFE/Gasket

Type
Ball Valve

Power
Manual

Pressure
PN16 / 150 PSI

Media
Water, Air, Oil, Gases

Port Size
15mm to 100mm

Temperature
-20C to 180C

Disc
SS / Brass

Pin
Single/Double Pin Option

Manual Ball Valve Trade Information

Minimum Order Quantity
1 Piece

Supply Ability
1 Piece Per Day

Delivery Time
1 Days

About Manual Ball Valve

A type of valve used to regulate the flow of a fluid (liquid or gas) through a pipeline is a manual ball valve. It consists of a sphere with a hole running through the middle of it. When the valve is open, the ball's bore lines up with the pipeline, enabling fluid to travel through. Closed valves cause the ball to spin 90 degrees, aligning the bore perpendicular to the pipeline, and blocking flow. Turning a lever or handle that is attached to the ball opens and closes the valve manually.

Benefits:

The Manual Ball Valve has a strong construction that guarantees its long-term dependability and durability in a variety of applications. The valve provides smooth and simple manual operation with its ergonomically designed handle, minimizing human effort and guaranteeing accurate control.
The valve has a leak-proof design that stops any unintentional fluid leaking, improving safety and reducing waste.
The full bore design of the valve minimizes pressure drop and ensures effective fluid transfer through the valve by allowing for unhindered flow.
The valve, which is made of corrosion-resistant materials and suitable for use with a range of liquids and gases, keeps working even in challenging settings.

Manual Ball Valve is a hand worked liquid stream control gadget which is fixed with a focal quarterly turn steel ball which pivots as the switch turns to open or close the stream divert which thus brings about change in stream rate however the pipelines. Hardened steel is utilized for the creation of this rock solid part which gives more prominent strength and durability to oppose huge effect power and tension. This valve presented by our organization can be altered in various sizes according to client requests.

Manual Ball Valve Applications:

1. Modern Cycles: Manual ball valves are utilized in assembling and modern cycles to control the progression of fluids and gases. They can deal with a large number of liquids, including water, synthetics, oils, and gases.

2. Oil and Gas Industry: Ball valves are fundamental in the oil and gas area for secluding and controlling the progression of unrefined petroleum, refined items, and flammable gas in pipelines, capacity tanks, and processing plants.

3. Water and Wastewater Treatment: Manual ball valves are utilized in water treatment plants, sewage treatment offices, and dispersion frameworks to direct the progression of water and different treatment synthetics.

4. Central air Frameworks: Ball valves are utilized in warming, ventilation, and cooling (air conditioning) frameworks to control the progression of water or refrigerants. They are utilized for disconnecting segments of the framework during upkeep or fixes.

5. Compound Industry: Substance handling offices utilize manual ball valves to control the progression of synthetics inside pipelines, reactors, and capacity vessels.

6. Marine Applications: Ball valves are utilized in oceanic enterprises for controlling seawater, fuel, and different liquids in transport frameworks, including cooling, counterweight, and fuel frameworks.

7. Petrochemical Industry: Ball valves are utilized in petrochemical plants for controlling the progression of different hydrocarbons and synthetics.

8. Food and Drink Industry: Manual ball valves are utilized in food and refreshment handling for controlling the progression of fluids like juices, sauces, and refreshments.

9. Drug Industry: Ball valves are utilized in drug fabricating for directing the progression of fluids and gases in different phases of creation.

10. Agrarian Applications: Ball valves are utilized in water system frameworks to control the progression of water to various segments of fields or harvests.

11. Power Age: Ball valves assume a part in power plants for controlling the progression of steam, water, and different liquids in various pieces of the power age process.

12. Auto Industry: Manual ball valves are utilized in car applications, like controlling the progression of fuel and coolant in motors.

13. Research facility Settings: Ball valves can be found in lab hardware where exact command over liquid stream is required.

14. Fire Security Frameworks: Manual ball valves are utilized in fire assurance frameworks to control the progression of water or firefighting specialists in sprinkler frameworks.

15. Mining and Minerals Industry: Ball valves are utilized in mining tasks to control the progression of water, synthetic substances, and slurries in handling and transport frameworks.

FAQ:

1. What is a manual ball valve?

Ans: A manual ball valve is a kind of valve that utilizes a round ball with a drag through controlling the progression of fluids or gases focus. The ball has an opening (port) through which the stream passes when the valve is open, and by turning the ball, the stream can be hindered or permitted.

2. How does a manual ball valve function?

Ans: A manual ball valve works by turning the ball inside the valve body. At the point when the ball's drag is lined up with the line, the valve is open and permits liquid or gas to move through. At the point when the ball is turned 90 degrees, the drag is opposite to the line, obstructing the stream.

3. What are the fundamental parts of a manual ball valve?

Ans: A manual ball valve comprises of a few key parts, including the valve body, ball, stem, handle or actuator, and seals. The valve body contains the ball and has bay and outlet ports, while the stem associates the handle to the ball.

4. What are the benefits of utilizing manual ball valves?

Ans: Manual ball valves offer a few benefits, including basic activity, fast on-off control, reasonableness for a large number of liquids, and moderately minimal expense contrasted with a few different kinds of valves. They likewise have a reduced plan and are not difficult to introduce.

5. In what applications are manual ball valves normally utilized?

Ans: Manual ball valves track down applications in different enterprises, like oil and gas, water treatment, compound handling, central air frameworks, drugs, and that's only the tip of the iceberg. They are utilized to control liquid and gas stream in pipelines, capacity tanks, and hardware.

6. Might manual ball valves at any point give choking or stream control?

Ans: While manual ball valves are principally intended for full-stream or shut-off applications, they can give restricted choking control by changing the valve's situation between completely open and completely shut. Nonetheless, they are not as exact in that frame of mind as specific control valves.

7. What kinds of liquids can be controlled with manual ball valves?

Ans: Manual ball valves can deal with a large number of liquids, including water, different synthetics, oils, gases (like gaseous petrol and packed air), and slurries, contingent upon the material of development and the valve plan.

8. What are the restrictions of manual ball valves?

Ans: Manual ball valves probably won't give exact stream control, particularly in applications where fine changes are required. They are additionally not appropriate for high-strain or high-temperature applications except if explicitly intended for those circumstances.

9. How would I pick the perfect manual ball valve for my application?

Ans: To pick the ideal manual ball valve, consider factors like the kind of liquid, strain and temperature conditions, pipe size, similarity with the material being taken care of, and a particular industry guidelines or guidelines.

10. How would I keep up with manual ball valves?

Ans: Standard support includes checking for spills, guaranteeing smooth activity, and greasing up moving parts on a case by case basis. Seals could require substitution over the long run. Legitimate capacity and insurance from natural variables are likewise significant.

11. Might manual ball valves at any point be computerized?

Ans: Indeed, manual ball valves can be mechanized by adding actuators or engines that can be controlled from a distance. This takes into account computerized stream control without manual mediation.

12. What is the distinction between a full-port and a decreased port ball valve?

Ans: A full-port ball valve has a drag size that matches the line width, giving insignificant protection from stream. A diminished port ball valve has a more modest drag, which can make more stream obstruction yet may be more savvy in specific applications.

Versatile End Connections for Easy Integration

Choose from threaded (BSP/NPT), flanged, or socket weld end connections to fit your specific pipeline requirements. This flexibility allows straightforward integration into existing systems, minimizing downtime during installation and maintenance, and ensuring a reliable seal for various applications.

Robust Construction and Superior Finishing

Manufactured using stainless steel, chrome plated brass, or mild steel, these valves are finished with robust coatings such as nickel, chrome, or polyurethane. This multi-layer protection safeguards the valve against corrosion, wear, and chemical attack, prolonging service life in demanding industrial environments.

User-Friendly Operation and Reliable Sealing

The quarter-turn handle lever-crafted from mild steel and covered in PVC for comfort-enables smooth, swift operation. Paired with PTFE or gasket sealing, this design delivers excellent leak-proof performance and efficient flow control, making it ideal for industries where reliability is essential.

FAQ's of Manual Ball Valve:

Q: How should the Manual Ball Valve be installed for optimal performance?

A: To ensure optimal performance, select an appropriate end connection-threaded (BSP/NPT), flanged, or socket weld-based on your pipeline system. Properly align the valve and ensure all connections are secure and sealed. Follow the relevant design standards (IS, DIN, ANSI) and utilize PTFE or gasket sealing to prevent leaks.

Q: What types of media are compatible with this valve?

A: This manual ball valve is designed for versatility and can be used with water, air, oil, and various gases. Its corrosion-resistant construction also makes it suitable for handling chemicals and other industrial fluids within the specified temperature and pressure ranges.

Q: Where can these ball valves be effectively applied?

A: These valves are ideal for use in water supply systems, oil and gas pipelines, chemical processing industries, and general industrial applications. Their corrosion resistance and leak-proof features make them suitable for both indoor and outdoor installations across diverse sectors.

Q: What is the benefit of the quarter-turn operation of this valve?

A: The quarter-turn operation allows for fast, effortless opening and closing of the valve, improving flow control and minimizing manual effort. This feature is especially beneficial in applications that require frequent operation or emergency shut-off.

Q: What process should be followed for regular maintenance of the valve?

A: Regular maintenance involves inspecting for external leaks, verifying tightness of the end connections, and testing the handle operation. Periodically check the valve for signs of corrosion or wear, and replace PTFE/gasket seals if necessary to maintain leak-proof performance.

Q: When is it advisable to use the single or double pin option?

A: The choice between single and double pin options depends on application requirements-double pin configurations offer added stability and security in high-pressure or critical uses, while single pin is suitable for standard applications where easy operation suffices.

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