The 3-piece stainless steel ball valve – threaded model is used in industrial piping systems to shut off or direct the flow of liquid or gas. This type of valve can be easily disassembled and cleaned thanks to its body being made of three main parts, making maintenance operations very practical.

These valves, which have threaded external connections, are screwed onto the piping system. In this way, a secure and leak-proof connection is achieved without the need for welding.

It is preferred because it can operate reliably even in harsh chemical environments. In addition, the ball mechanism inside the valve ensures complete tightness and prevents backflow when the flow is stopped.

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Where Is It Used?

3-piece stainless steel ball valves have a wide range of applications. They are frequently preferred in both industrial and piping systems. They are primarily used in the chemical industry for controlling aggressive liquids. In addition, they are safely chosen in food processing lines due to their hygienic features.

Moreover, they are widely used in areas such as power plants, water treatment systems, and oil and natural gas applications. At the same time, they also perform effectively in liquid and gas transfer lines across various industries such as textile, automotive, and paint manufacturing.

Another advantage of these valves is that they can be easily integrated into automation systems. While suitable for manual operation, they can also be used with pneumatic or electric actuators for remote control.

What Are the Technical Specifications?

The performance of the product is supported by its technical specifications. It is generally equipped with the following features:

Connection Type: BSP / NPT Threaded
Body Construction: 3-Piece Body
Sealing: Complete isolation is ensured with a PTFE gasket
Pressure Rating: PN63 / 1000 PSI
Temperature Rating: Can be used between -20°C and +180°C
Size Range: 1/4” – 4” (inches)

Each product undergoes quality control tests during the manufacturing process to ensure compliance with standards. This provides a long-lasting and trouble-free user experience.

Why Should It Be Preferred?

It shortens maintenance times and, at the same time, increases system safety thanks to its high-pressure-resistant body. In addition, the full-rotation design of the ball inside the valve allows high efficiency with minimal friction.

Its threaded connection provides flexibility during installation. It is particularly preferred for its ease of installation in tight spaces. In addition, since the valve can be integrated with actuators, it offers solutions suitable for automation systems.