What Are The Characteristics Of The Insulated Ball Valve?

2 Piece Threaded Ball Valve adopts an integral jacket structure design, which is used to inject steam or other heat-insulating and cold-insulating media to ensure that the media in the valve can work normally. The heat-insulating jacket ball valve has good heat-insulating and cold-insulating properties, and the valve diameter is consistent with the pipe diameter, while effectively reducing the heat loss of the medium in the pipeline.

It can more evenly insulate heat and cold. The heat-insulating ball valve is smaller and lighter than the general ball valve, and has no leakage, good sealing performance, and the jacket is welded with carbon steel pipe, which is more pressure-resistant and firm than casting. High-viscosity liquid medium. At the same time, it can effectively reduce the heat loss of the medium in the pipeline. The integral jacket design can more evenly insulate heat and cold.

The heat-insulating ball valve has the following advantages:

1. The heat-insulating ball valve has small fluid resistance, and its resistance coefficient is equal to that of the pipe section of the same length.

2. The heat-insulating ball valve has a simple structure, small size and light weight.

3. Tight and reliable, the sealing surface material of the ball valve is widely made of plastic, which has good sealing performance and has been widely used in vacuum systems.

4. The insulation ball valve is easy to operate and opens and closes quickly. It only needs to rotate 90° from full open to full closed, which is convenient for long-distance control.

5. Easy maintenance, the ball valve has a simple structure, and the sealing ring is generally movable, which is convenient for disassembly and replacement.

6. When fully open or fully closed, the sealing surface of the ball and the valve seat is isolated from the medium. When the medium passes through, it will not cause erosion of the valve sealing surface.

7. The insulation ball valve has a wide range of applications, with diameters ranging from a few millimeters to several meters, and can be used from high vacuum to high pressure.