Male-Female 2PC Ball Valve

Description

Data Sheet

-Full port, 1/4″-4″(DN6-DN100)
-W.P.:1000WOG(PN63)
-W.P.:-20℃-180℃
-Investment casting
-Blow-out proof stem
-Locking device handle (option)
-Thread type: ASME B1.20. 1 (NPT),
NIN 259/DIN 2999, BS 21,
ISO 288-1, ISO 7-1

A male-female two-piece ball valve is a type of ball valve configuration used in piping systems to control the flow of fluids. It consists of two separate pieces—the male end and the female end—joined together to form a complete ball valve assembly.

Here’s a brief introduction to a male-female two-piece ball valve:

1. Design:

• Two-Piece Construction: The ball valve is composed of two main parts—the male portion and the female portion—that are designed to be joined together.
• Spherical Shutoff Element: The valve features a spherical ball with a hole (bore) through the center that can be rotated to control the flow of fluids.

2. Connection Type:

• Male and Female Ends: The male end has external threads, while the female end has internal threads. These threaded ends allow for easy and secure connection to other components in the piping system.

3. Operation:

• Quarter-Turn Operation: Ball valves operate on a quarter-turn principle, meaning the valve can be quickly opened or closed by rotating the ball 90 degrees.

4. Materials:

• Material Variety: Male-female two-piece ball valves can be constructed from various materials, including stainless steel, brass, or other materials suitable for the specific application.

5. Applications:

• General Piping Systems: Used in a wide range of applications to control the flow of liquids or gases.
• Versatility: Suitable for various industries, including industrial, chemical, oil and gas, and more.

6. Size Range:

• Various Sizes: Male-female two-piece ball valves come in different sizes to accommodate different pipe diameters and flow requirements.

7. Thread Type:

• Standard Threads: The male and female threaded ends typically follow standard specifications, such as NPT (National Pipe Thread), ensuring compatibility with other threaded components.

8. Pressure Rating:

• Pressure Compatibility: These ball valves are rated for specific pressure levels to ensure safe and reliable operation within the specified range.

9. Versatility:

• Adaptability: The male-female threaded design allows for versatile installation and integration into threaded piping systems.

10. Maintenance:

• Ease of Maintenance: Two-piece ball valves are often designed for easy disassembly and maintenance, allowing for quick repairs or component replacement.

Male-female two-piece ball valves are widely used for their reliability, ease of operation, and versatility in different applications. The threaded connection simplifies installation and maintenance, making them a popular choice in various industries where fluid control is essential.

 

The “Male-Female Two-Piece Ball Valve” is a type of ball valve consisting of two main components, the valve body, and the valve cap, which are connected through male and female threaded connections. It is a common type of control valve used to regulate the flow of liquids or gases in pipelines.

Key features of the Male-Female Two-Piece Ball Valve are as follows:

1. Simple Structure: With only two main components, the Male-Female Two-Piece Ball Valve has a relatively simple structure, making installation and maintenance more convenient.
2. Threaded Connections: The valve body and valve cap are connected using male and female threaded connections, ensuring reliability and sealing of the valve.
3. Quick On/Off Operation: The ball valve controls the flow by rotating the ball inside the valve body, allowing for quick and responsive operation.
4. Durability: The Male-Female Two-Piece Ball Valve is typically made from corrosion-resistant and high-temperature materials, making it suitable for various industrial environments and fluid media.

The Male-Female Two-Piece Ball Valve finds wide applications in industries such as petroleum, chemical, pharmaceuticals, food processing, water treatment, and others, where it is used to control the flow direction and pressure of fluids. It is a reliable pipeline control device that can operate under high-pressure and high-temperature conditions, providing long-term stable performance.