There are many variants of valves, and one that pops up quite frequently is the ball valve. Have you ever thought about what differentiates between a ball valve and some other valves? Well, ball valves use a handle to turn a ball in the valve, with a hole or a port going through it. The ball is used to permit flow through the valve based on what angle it is facing. If the hole is aligned with the pipeline, flow is permitted through the valve. On the contrary, if the hole is perpendicular to the pipe, the flow will not be allowed.
Most ball valves are different in many ways, but they all have the use. Currently, most of the ball valves are produced by China ball valve suppliers.
The Benefits of Using Ball Valves
Ball valves are easy to tell if it is open or closed. When the handle is aligned with the pipe, you can see that the valve is open, and, like we have stated before, when the handle is perpendicular to the pipe, the valve is closed. This is a great visualization of whether or not there is flow through the valve.
Operation after years of wear and tear is easy. The ball valve has incredible durability of ball valves allows them to work and definitely shut off flow after years of being unused. This can let you rest easy knowing the ball valves will not break anytime soon.
There is also a really efficient way to shut off the valve. The motion that is required to operate a quarter turn on the valve is swift, and costs minimal time compared to gate valves. Head loss is a possibility if the flow through the ball valve is strong enough to shake the line when it comes to a sudden stop as the valve is quickly shut off.
Ball valves have a more compact and economical valve. Due to the design of ball valves, they are more compressed than gate valves. Gate valves are taller and need more space, and the gate needs space to open and close only just to allow the fluid to flow through. By using a rotating, ball valves are smaller and need less material.
Different Types of Ball Valves
There are three main variants of balls that can be found in ball valves. For each of these three types, the outside of the ball needs to be smooth, and the surface needs to get ground down to remove any drips or imperfections. As the material cools down during its making, its shape may change, resulting in more grinding.
The hollow ball has a component that goes from an open hole in the bottom of the ball to the top, where the valve stem is inserted. Hollow balls need fewer materials to construct, making them eco-friendly but will need more grinding to get the dips out.
The solid ball is molded as one solid ball, bigger than needed, as a payoff to any shrinkage and grinding. Solid balls are more expensive to make as they need more raw material and grinding. Solid balls typically are at a higher expense to make as they need more raw material and grinding to get the perfect shape.
Cored balls are cored through the middle, leaving a frequent wall thickness around the whole ball. This confirms that the ball cools more evenly, and decreasing the amount of grinding needed once it is ready. These types of balls are rising in the market because of the cost savings compared to solid balls.