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Ball Valve Manufacturer, Exporter in India

A well-known ball valve manufacturer, supplier and exporter in Ahmedabad, Gujarat, India is Axegic Valve. We manufacture, supply and export ball valves in a state-of-the-art production facility that is outfitted with cutting-edge tools and techniques. Our valves manufacturer in Ahmedabad, India produces high-quality goods for our clients since we have access to the most recent testing equipment. Our high pressure valve manufacturer’s hallmark is providing high-quality goods at a price that is reasonable. To meet the needs of our clients’ commercial and application requirements, our manufacturing engineers may create unique ball valves like Socket Weld End Ball Valve, Trunnion Mounted Ball Valve, Fire Safe Ball Valve, Jacketed Type Ball Valve and Single Piece Welded Jacket. We are the ball valve manufacturers or exporters in India that are most in demand as a result even into abroad like Saudi Arabia, Indonesia, USA, UAE, South Africa, Qatar, Johannesburg, Europe, Singapore and Philippines. 

The primary purposes of a ball valve in a pipeline are to distribute and change the direction of medium flow. The opening of a ball valve with a V shape also offers a superior flow adjustment feature. To shut firmly, a ball valve only requires a 90° revolution and a little amount of turning torque. The body chamber of the entirely equal valve offers the medium a direct flow path with minimal resistance.

The ball valve features a straightforward design and effective sealing. It can be configured to have a smaller nominal diameter, be lightweight, use less material, have a compact installation footprint, use little driving force, be simple to use, be quick to open and close, and be simple to operate within a certain nominal passage range. It can also be easy to maintain. The ball valve is suited for media with harsh working conditions, such as oxygen, hydrogen peroxide, methane, and ethylene, as well as for ordinary working media including water, solvents, acids, and natural gas.

Socket Weld End Ball Valve

A form of ball valve with a socket weld is a socket weld ball valve. The ball valve has a depression called a “socket weld” where a pipe can be put. Steel socket weld ball valves are used in situations requiring greater pressures and temperatures and do not require disassembly. The benefit of socket weld ball valves is that they provide leakage-free connections that last for a long time. Ball valves with socket welds have welded ends that are shaped like sockets. The socket end of the valve is placed into the pipe, and it is then joined to the ball valve by welding. Small pipes with a diameter of no more than two inches are fitted with socket weld end ball valves.

Socket weld end ball valves provide a number of benefits, including the ability to open and shut quickly, as well as being strong, leak-free, compact, lightweight, and adaptable.

Socket Weld End Ball Valve in Qatar

Trunnion Mounted Ball Valve

A crucial tool for controlling the flow of fluids—steam, gas, or oil—in a pipeline is the trunnion mounted ball valve. It has a ball that can rotate 90 degrees on its axis to either block or allow fluid passage, and it has quarter-turn designs. To control the start-stop flow cycle, these valves have a spherical disc design at the centre that rotates. The disc, which is sometimes referred to as a ball, is made with a thin, mechanically supported shaft projecting from the top and bottom. The location of a hole in the centre of the ball in this instance regulates flow. Trunnion mounted ball valves are beneficial in industries where such shut-off function is necessary because of their adaptability.

The ball has a sufficient amount of backing in the Trunnion ball valves. Trunnion is the name for the support, which resembles a shaft in form. The Trunnion absorbs any extra pressure created by the flow, reducing the pressure on the valve seat and ball. Ball valves positioned on a trunnion are used in extensive applications that demand little operating torque.

Fire Safe Ball Valve

When exposed to high-temperature fires, fire safe ball valves are intended to minimise downstream leaks and fugitive emissions. Fire safe ball valve vary from other types of ball valves because the majority of valves are composed of non-alloy materials for sealing, therefore they must continue to operate even at high temperatures or fail in a predictable manner. Ball valves that are fire safe must adhere to specified design and testing regulations. The makers like Axegic Valve of fire safe ball valves abide by these guidelines to guarantee that the valve will function as needed. Manual hand lever or actuator use is required to open or close fire safe ball valves. Pneumatic or electric actuators are available for use with fire safe ball valves.

A ball valve that is fire safe should be able to keep pressure under control both during and after a specific amount of exposure to fire. Due to the potential for flammable or hazardous fluid leaking from the valve in the event of a fire breakout, a fire safe ball valve is utilised by majority of industries. If a non fire safe ball valve is utilised and a fire breaks out, fluid will escape through the valve stem. The fluid leaks will feed the fire and cause it to spread more than it already has. To prevent fluid leakage when exposed to fire, a fire safe ball valve is thus required. To assist in managing volatile fluids, fire safe ball valves are frequently employed in chemical processing and refining facilities. The aim manufacturing, supplying and exporting of fire safe ball valves is to guarantee a tight shut-off of the valve both during and after fire breakouts.

Fire Safe Ball Valve Manufacturers in India

Jacketed Type Ball Valve

Ball valves known as “jacketed type ball valves” feature jackets that aid in heating or cooling the flow media to avert crystallisation or seizing. In order to maintain the media in the necessary state, jacketed type ball valves for heating applications feature excellent heating jackets that provide high-temperature oil or steam over the valve body and ball components. This is mostly applied to media like bitumen and liquid sulphur. Ball valves with jackets have bodies that are covered by jackets from one flange end to the other. Oversized flanges are added, changing the shape of the valve body. A jacketed ball valve, for instance, would have a flange with a 3-inch diameter and a nominal diameter of 2-inches.

The larger flange aids in providing enough bolting clearance room. When working with particularly viscous fluid that readily solidifies at room temperature, jacketed type ball valves are employed. Thermic fluid oil, steam, and hot water are a few fluids that may be utilised as heating medium in jacketed ball valves. Following the construction of or welding of jackets to valve bodies, all jacketed ball valves are tested. Cast carbon steel and stainless steel are used to create the typical jacketed type ball valve. On the customer’s request, jacketed ball valves can also be produced from other unique materials. Threaded end and flanged end connectors are two options for connecting the ball valve to the pipeline.

Single Piece Welded Jacket

This single piece welded jacketed ball valve has a cast body that is comprised of just one piece. Single Piece Welded Jacket ball valves are impervious to fluid leakage since they are checked after production to make sure the welded seams are flawless. The least expensive valves are single piece welded jacketed valves since they use less material overall than other valves of the same size. Single piece jacketed ball valves, however, cannot be opened for maintenance or cleaning. When these valves malfunction, they are discarded.

Sizes of Ball ValveDN6 to DN600( NPS ¼ to NPS 24)
Pressure RatingClass 150 & PN10 / PN 16 & Table D / Table E
Material Construction
  • Cast Carbon Steel – WCB, WCC, etc.
  • Low Carbon Steel – LCB, LCC, etc.
  • Martensitic Steel – WC1, WC6, WC9, C5, C12, CA15, etc.
  • Austenitic Stainless Steel – CF8, CF8M, CF3, CF3M, CN7M, CG3M, etc.
  • Duplex Stainless Steel – CD4MCuN, CD3Mn, etc.
  • Ductile Iron – Grey Cast Iron, S.G. Iron, etc.
Design & Manufacturing StandardBS EN ISO 17292 / API 6D / API 608
Face to Face Std.ASME B16.10
End Connection Std.ASME B16.5& ASME B16.10
Testing StandardAPI 598 / BS 6755 Part-I
Type of BoreRegular (Reduced) & Standard (Full Bore)
End Connection TypeFlanged Ends, Screwed Ends, Socket Weld Ends, Butt Weld Ends, Victaulic Ends, Tri-Clover Ends, etc.
Seat Design
  • Soft Seat – PTFE, RPTFE, PEEK, etc.
  • Fire Safe Design,  Spring Loaded Type, etc.
Operated TypeHand Lever, Gear, Pneumatic Actuator, Bare Shaft, etc.