Welded Ball Valve

Highlight: Welded Ball Valve

Product introduction:

A welded ball valve is a commonly used pipeline connector for controlling the flow of liquids or gases in pipelines. Compared

with other valves, the welded ball valve adopts a ball structure and features rapid opening and closing, excellent throttling

performance, etc. The valve is mainly composed of a valve body, ball, sleeve, thrust ring, handle, etc., among which the ball

is a key component of the valve.

Product technical parameters:

Product features:

1. High Efficiency and Reliability, Precise Opening and Closing: The unique spherical structure design of welded ball

valves enables rapid response, completing opening and closing actions in an extremely short time with stable and reliable

operation, effectively improving the operational efficiency and control accuracy of pipeline systems.

2. Smooth Flow, Excellent Throttling: With the large-diameter passage design of the ball, welded ball valves exhibit

minimal pressure drop during fluid transmission, allowing large and smooth media flow. They can accurately regulate flow

rates, demonstrating excellent throttling performance to meet flow control requirements under different working conditions.

3. Tough and Durable, Adaptable to Harsh Environments: Manufactured from high-strength materials resistant to high

pressure and temperature, welded ball valves can operate continuously and stably in extreme conditions such as high

temperature and pressure. They are widely used in industries with extremely high equipment performance requirements,

such as petroleum, chemical engineering, and power, providing reliable support for complex industrial processes.

4. Seamless Connection, Convenient and Stable: Connected to pipelines by welding, the installation process is simple and

efficient, forming a solid and sealed integrated structure. This effectively avoids leakage risks and ensures the safety and

tightness of the pipeline system.

5. Tight Sealing, Leak-Proof: Relying on the close cooperation between the spherical structure and the thrust ring, when

the valve is closed, the thrust ring strongly presses the ball to form a comprehensive and multi-layered sealing system.

This achieves excellent shut-off sealing performance, ensuring zero leakage even under high-pressure media and

guaranteeing the safe and stable operation of the system.