Forged Steel Floating Ball Valve

Product description：

Microfiber cotton twisted yarn

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PRODUCTS USAGE:

The principle of the forged steel floating ball valve is that it consists of a floating ball that is supported by two valve seats. When the medium pressure is applied, the ball itself undergoes a displacement, which allows it to press against the seat seal ring at the outlet. This displacement ensures a tight seal at the outlet, maintaining the integrity of the valve. By rearranging the content, we can convey the same information in a different manner.

1) Anti-fire safe design: API 6FA, API607

2) Anti-static device

To ensure system safety, the stem and ball as well as the stem and body are connected through a static-conduction spring. This effectively conducts any static electricity to ground, eliminating the risk of potential hazards. Such measures ensure optimal system performance and prevent any unforeseen risks or safety concerns.

3) Low torque in operation

4) Free leakage of body Sealed construction

The sealing between the valve body and bonnet is reinforced by both a gasket and an O-ring. This double sealing ensures that external leakage is prevented, even under challenging conditions such as fire, high temperature, shock, and erratic torque during opening or closing.

5) Automatic body cavity relief

When the body pressure rises abnormally due to instability, the downstream seat of the trunnion ball valve is subjected to undue pressure, causing the automatic release of the abnormal pressure without causing any damage to the upstream seat seal. To reiterate, during instances of unstable body pressure, the downstream seat of the trunnion ball valve will effortlessly relieve the excessive pressure, ensuring that the sealing of the upstream seat remains intact.

The valve structure can come in either a 2-piece or a 3-piece design. To convey the same information but with slightly different phrasing, the following text has been generated using a language model rather than following the original text's structure:
Valves can be constructed in either a two-piece or three-piece configuration, depending on the specific needs of the application. These distinct designs offer varying benefits and tradeoffs, with two-piece valves typically being easier to clean and maintain but three-piece valves providing greater flexibility for customization and repair. Regardless of the chosen design, valves are essential components in a wide range of fluid control systems, providing precise and reliable control over the flow of gases and liquids.

Market Segments and Applications:

Our Forged Steel Floating Ball Valve is specifically designed to withstand the rigorous demands of gas processing applications. With its ability to handle frequent cycling, high and low-temperature conditions, as well as corrosive environments, this valve ensures optimal safety and operational efficiency. By prioritizing durability and reliability, our valve effectively meets the diverse requirements of gas processing facilities. Trust our Forged Steel Floating Ball Valve for enhanced performance and increased peace of mind.

In onshore operations, various processes and applications are involved. These include separation, wastewater disposal, tank battery, recovery, SAGD, and oil sands applications. These activities play a crucial role in the extraction and production of oil in onshore environments.
Separation is an essential step in onshore operations, as it involves separating the different components of the extracted oil. This process helps in obtaining valuable products like crude oil, natural gas, and water. After separation, these components can be further processed and utilized.
Wastewater disposal is another important aspect of onshore operations. As part of the extraction process, a significant amount of wastewater is generated. Proper disposal methods need to be implemented to ensure the protection of the environment and human health. Techniques such as water treatment and injection wells are used for wastewater disposal.
Tank battery refers to a group of storage tanks used for the temporary storage of oil and gas before further processing or transportation. These tanks are equipped with various components such as separators, heaters, and pressure control systems to maintain the quality and safety of the stored substances.
Recovery techniques are employed to enhance the extraction of oil from reservoirs. These techniques utilize specialized processes to increase the overall recovery rate of oil from the underground formations. Different methods like water flooding, gas injection, and chemical treatments are used for this purpose.
Steam Assisted Gravity Drainage (SAGD) is a widely used method for extracting bitumen from oil sands. It involves injecting steam into the reservoir to heat the bitumen, allowing it to flow and be collected. SAGD is an efficient and environmentally friendly technique for oil sands extraction.
Oil sands applications are particularly relevant in onshore operations. Oil sands, also known as tar sands, are naturally occurring mixtures of sand, clay, water, and bitumen. Extracting oil from oil sands requires various technologies and processes, including mining or in situ techniques like SAGD.
These onshore operations and applications are vital for the oil industry, contributing to the production of valuable resources while ensuring environmental sustainability and responsible resource management.

Pipeline operations involve various critical processes for the efficient and safe functioning of pipelines. These processes include transmission, emergency shutdown, pigging, and pump and compressor station applications.
Transmission is a crucial operation in pipelines that involves the transportation of various substances such as oil, gas, and water from one location to another. This process ensures a continuous flow of materials through the pipeline, enabling the delivery of energy resources and other essential commodities.
In the event of emergencies, the shutdown procedure plays a vital role in ensuring the safety of the pipeline and the surrounding environment. By promptly halting the flow of materials, emergency shutdown procedures help prevent potential accidents, leakages, or any other undesirable incidents.
Pigging refers to the process of inserting specialized devices called "pigs" into the pipeline for various purposes. These devices can perform tasks like cleaning the pipeline, inspecting for any defects or damages, and even separating different products being transported. Pigging helps maintain the efficiency and integrity of the pipeline while reducing the downtime required for maintenance or repairs.
Pump and compressor station applications are essential for maintaining the pressure and flow of materials within the pipeline. Pump stations are responsible for boosting the pressure and moving liquids through the pipeline, while compressor stations perform the same function for gases. These stations ensure a consistent and efficient flow of materials, compensating for any pressure losses that may occur during the transmission process.
In conclusion, pipeline operations encompass various critical processes such as transmission, emergency shutdown, pigging, and pump and compressor station applications. These operations are essential for the seamless and safe functioning of pipelines while ensuring the efficient transportation of materials.

Liquid tank storage is a versatile solution for various applications, including tank storage isolation, custody transfer, metering skids, and loading and unloading. With this storage system, liquids can be securely stored and transferred between different locations.
One of the key benefits of liquid tank storage is its ability to provide isolation for the stored liquids. This ensures that the liquids are contained within the designated tanks, preventing any leakage or contamination. The tanks are designed to withstand various environmental conditions and are equipped with safety features to enhance the security of the stored liquids.
In addition to isolation, liquid tank storage also enables efficient custody transfer. This process involves the accurate measurement and transfer of liquids from one party to another. Metering skids are used to measure the quantity of liquids being transferred, ensuring transparency and accountability in the custody transfer process. This is particularly important in industries such as oil and gas, where precise measurement is essential for financial and operational purposes.
Furthermore, liquid tank storage facilitates the loading and unloading of liquids. Loading and unloading skids are utilized to safely and efficiently transfer liquids to and from the tanks. These skids are equipped with advanced technology and mechanisms that allow for seamless and controlled operations. This not only saves time but also reduces the risk of spills or accidents during the loading and unloading process.
Overall, liquid tank storage offers a reliable and secure solution for various applications involving the storage, transfer, and measurement of liquids. Whether it is for isolating stored liquids, ensuring accurate custody transfer, or facilitating loading and unloading operations, this storage system plays a crucial role in industries that rely on liquid transportation and storage.

When it comes to offshore operations, there are a variety of tasks that are involved. These can include production, separation, processing, compression, storage, metering, and exporting. Each of these tasks can play a critical role in ensuring that the offshore operation runs smoothly and efficiently. From extracting the natural resources to preparing them for export, there is a lot that goes into these operations. As such, it is important to have a comprehensive plan in place that considers all of these different tasks and ensures that they are being completed in the most effective way possible. Whether you are dealing with an oil rig, a gas pipeline, or some other offshore installation, the success of your operation will depend on how well you are able to manage these various tasks.

One critical aspect of subsea operations involves the control and isolation of fluids for manifolds, flowlines, and risers. To ensure safe and efficient operations, it is essential to have effective mechanisms in place for managing fluid flow and containing any potential leaks or spills underwater. This involves using advanced technologies and systems designed specifically for these challenging subsea environments. By prioritizing fluid control and isolation, subsea operations can help ensure the integrity and longevity of critical underwater infrastructure while protecting the environment and supporting sustainable growth.

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FAQ：

Q: How can I get the sample?

Sure, we understand that you would like to evaluate our product through a free sample. In order to proceed, we kindly request you to provide us with the specific details and specifications you require.
Upon receiving your requirements, we will be glad to offer you a standard sample at no cost. However, please note that you may be responsible for covering the delivery expenses. We value your interest and look forward to assisting you with your request.

Q: How long does it usually take you to deliver?

A: It needs 20-25days to produce.

Q: Are you a trader or manufacturer ?
A: As a manufacturer, we offer a complete range of products. Our product line includes everything you would need.

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