Why Choose Screwed Ball Valves
16th June 2019

How Does the Forged Flanged Ball Valve Fulfill the Demands of the Manufacturing Industry

The technology used in the manufacturing industry is constantly evolving. Major innovations have meant that modern manufacturing plants have been successful in increasing their productivity and output, taking to growth to newer heights. The past decade has seen a significant shift in the direction of the use of forged flanged ball valves, and for good reason.

When choosing the type of valve to be used in the manufacturing industry, or any industrial use for that matter, one of the major features that need to be taken into account are safety and leakage rate. Along with the nature of the component, as in, what is going to be flowing through the valve, and the scale of operation. These are just some of the main concerns when it comes to choosing valves for industrial purposes.

Industrial valves can also be further divided into two categories – manual and automatic. There are some manufacturing processes that will need only one type of valves, while others might require the use of both these types of valves. The best part about choosing a valve for the manufacturing industry is that most of the premium quality valves are leakage-free and meet the standard emission and safety requirements that have been set up by the industrial governing bodies.

When it comes to valves, these include the use of hydraulic, electric, pneumatic, digital and solenoid mechanisms that are used to operate the valves. The forged flanged ball valves also happen to be the valves that are fast gaining in popularity for use in the manufacturing industry, and mainly those plants that are run by unmanned operations. One of the reasons why the forged flanged ball valve has grown in popularity in manufacturing plants is because of its reliability, efficiency and lack of advanced preventive maintenance for its upkeep, as compared to normal valves.

Why Use Forged Flanged Ball Valves?

The forged flanged ball valve is utilized in the manufacturing industry mainly for manual control applications. In the manufacturing industry, the usage of the forged flanged ball valve is incredibly diverse thanks to the various classes of the valves. The diversity of the forged flanged ball valve means that they can be used for a variety of applications. These valves are also incredibly safe and reliable to use along with having a design that permits electrical continuity during the manufacturing process. The forged flanged ball valve is also fire-safe to minimize the chances of damages.

Why Is Forged Flanged Better?

One of the main reasons why forging is considered to be a better option as compared to casting, when it comes to designing ball valves is that the forging process results in the grain refinement and metallurgical recrystallization which is the result of the deformation and thermal cycle process that goes into designing the forged flanged ball valves. The process is used to strengthen the resulting product, improving its strength and durability in the process. The forged steel that is used is usually stronger and reliable as compared to plate or casting steel, mainly because of the fact that the flow of the grain of steel is altered during the process, helping it conform to the shape of a single-unit valve. The following are some of the reasons why the forged flanged ball valve is the preferred choice in the manufacturing industry.

Thanks to the constant technological advancements in the manufacturing and design of the forged flanged ball valve, manufacturing plants can rely on the valves they use for a semi-automatic or continuous manufacturing line.

Premium Quality

The forged flanged ball valves are designed from high quality materials and are tested and inspected according to international standards to ensure their quality and durability. By using advanced design technology, the forged flanged ball valves are designed with special emphasis to safety and durability. The long-lasting design makes the forged flanged ball valve a more cost-effective option for long term use.

Critical Applications

The forged flanged ball valve has been designed using premium quality materials. By using the latest manufacturing techniques and industry best practices, coupled with top-of-the-line material, the forged flanged ball valves are designed to last. These valves also offer increased strength especially in highly critical applications. Some of the other properties that set the forged flanged ball valves apart from the rest are that they offer greater impact resistance, minimum fatigue cracking, and the ability to remain functional even while going through high temperature changes during the manufacturing process.

Higher Dimensional Tolerance

One of the main features of using the forged flanged ball valve in the manufacturing industry is more dimensional integrity thanks to having thicker walls as compared to other types of valves. By using a high-impact, closed-dye press it ensures a segregation free billet during its construction. This ensures enhanced durability, uniformity and integrity, while minimizing issues with its application.

Some of the issues that are significantly minimized by using forged flanged ball valves are inter granular corrosion, fatigue, scaring and cracking, and stress. Another reason that makes the forged flanged ball valve stand out from the rest is its directional flow line structure which improves its design.

In short, the forged flanged ball valves have done away with many of the issues concerning the durability and density of traditional valves. The use of forged flanged ball valves can result in improved structural features and also reduces the need for NDT.

Long-Lasting, Durable Design

Using a common valve in a manufacturing plant can result in rusting and leakage, in other words, the general wear and tear that occurs when a component has not been manufactured using the best quality materials or best practices. One of the many reasons why the forged flanged ball valve is one of the most sought-after valves for manufacturing plants is because of its many features that encourage better efficiency.

Unmatched Sealing Capabilities

One of the stand-out features of the forged flanged ball valve is the high-tech rubberized seal that uses the elastic base seat and valve technology for gate valves. This design ensures that bad gate seals can be avoided along with early rusting or cracking to the body of the valve. Seal gate valves that utilize an elastic base seat with an elastic disc is able to provide an elastic deformation compensation effect that allows it to achieve an unmatched level of sealing. Proper sealing means that the flow direction in the forged flanged ball vale is free from any sort of restrictions or pressure reduction.

Lightweight Design

Its lightweight design ensures a hassle-free application as a closure or adjustment device in the manufacturing industry. One of the main features of the forged flanged ball valve is not only that it has been designed using high quality advanced nodular black cast iron, but that it weighs around 20% to 30% lighter as compared to traditional valves. Thanks to the lightweight design of the forged flanged ball valve it also takes less effort to open and close.

Integral Rubber Packing

The gate of the forged valve has been designed using premium quality rubber, and has also been integrated with rubber both internally and externally using the best-in-class European vulcanization technology that gives the gate valves its highly accurate geometric size. The special design and good elastic memory of the forged flanged ball valve also ensure that the ball ink-cast gate remains firmly in place. In this way, immaculate sealing is almost guaranteed with the forged flanged ball valve. Fluid resistance is low in the forged flanged ball valve and the sealing surface could be subjected to medium attack and erosion, without impacting the overall design of the forged flanged ball valve.

Extensive Safety Considerations

The forged flanged ball valves have been designed keeping in mind the safety concerns of manufacturing plants. Features such as blow-out proof stems, the provision of locking devices, and the prevention of any misalignment of the lever handles offer a safe operation of the forged flanged ball valves in the manufacturing industry. Those working with this type of valve can also experience a trouble-free operation in a manufacturing plant. Apart from that, the antistatic devices and fire-safe design and cavity pressure relief features of the forged flanged ball valve all ensure an economic, reliable, and smooth-running operation.



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