Types and classification of ball valves

As per the design, it very well may be isolated into:

1. Floating ball valve

The ball of the ball valve is drifting. Under the activity of the medium strain, the ball can create a specific dislodging and press firmly on the fixing surface of the power source end to guarantee that the power source end is fixed.

The drifting ball valve has a straightforward design and great fixing execution, yet the heap of the ball bearing the functioning medium is undeniably sent to the power source fixing ring, so it is important to consider whether the fixing ring material can endure the functioning heap of the circular medium. This construction is broadly utilized in medium and low-tension ball valves.

2. fixed ball valve

The ball of the ball valve is fixed and doesn't move when squeezed. The proper ball valve is outfitted with a drifting valve seat. After getting the tension of the medium, the valve seat will move, with the goal that the fixing ring is squeezed firmly ready to guarantee to fix. Orientation is typically introduced on the upper and lower shafts of the ball, and the working force is little, which is appropriate for high tension and enormous breadth valves.

To lessen the working force of the ball valve and increment the convenience of the seal, oil-fixed ball valves have shown up as of late. Extraordinary ointments are infused between the fixing surfaces to frame an oil film, which upgrades the fixing and diminishes the working force. , It is more reasonable for high strain and enormous width ball valves.

3. elastic ball valve

The ball of the ball valve is flexible. The circle and the valve seat fixing ring are made of metal materials, and the fixing explicit strain is extremely huge. As per the strain of the actual medium, the fixing prerequisites should be applied. This valve is reasonable for high temperature and high strain media.

The flexible circle is made by opening a versatile furrow on the lower end of the inward mass of the circle to acquire flexibility. While shutting the entry, utilize the wedge-formed top of the valve stem to grow the ball and press the valve seat to seal. Slacken the wedge-molded head before pivoting the circle, and the circle will get back to its unique shape, with the goal that there is a little hole between the circle and the valve seat, which can lessen the erosion and working force of the fixing surface.

The regularly utilized ball valve arrangement strategies are as per the following:

1. According to pressure: high strain ball valve, medium tension ball valve, low strain ball valve

2. According to the sprinter type: full force ball valve, diminished bore ball valve

By channel position: straight-through, three-way, right-point

3. According to the temperature: high-temperature ball valve, ordinary temperature ball valve, low-temperature ball valve, super low-temperature ball valve

4. According to the fixing structure: delicate fixing ball valve, hard fixing ball valve

5. Assembly by the stem: top-mounted ball valve, side-mounted ball valve

6. According to the association structure: rib ball valve, welded ball valve, strung ball valve, cinch ball valve

7. According to the driving mode: manual ball valve, programmed control ball valve (pneumatic ball valve, electric ball valve, water-powered ball valve)

8. According to the size of the breadth: huge measurement ball valve, enormous width ball valve, the medium distance across ball valve, little breadth ball valve