Valves are a significant component of any type of piping system. They help start, stop, and regulate the flow of materials preventing leaks and unwanted flow. Valves like stainless steel Y strainer are essential to the operations of countless machinery and equipment across various industries and applications. It is challenging to imagine a set-up where valves usually are not involved. However, you cannot assume all valves are exactly the same.

While there are various types of valves available for sale ball valves and gate valves are a couple of the most common forms of valves employed in almost all industries. Though those two valves perform pretty much the same function, you'll find structural differences involving the two that will make them well suited for different applications. It can be confusing to decide on which one is well suited for your needs. That is where the following information can help you. Read on to uncover how gate and ball valves work, what makes them not the same as each other, and the way you can choose which is perfect for your application.

Ball valves are usually controlled with a lever. This lever can rotate 90 degrees, if it's rotated perpendicular towards the pipe, the ball valve is opened. The bore from the valve aligns together with the pipe and allows materials circulation through. Rotate the lever again bringing it parallel on the pipe to quit the flow. The bore on the valve now becomes perpendicular for the pipe and stops any flow.

Ball valves possess a simple design and are also easy to first turn on and off quickly. They are durable, rarely freeze, provide reliable service, which enable it to be used across multiple industries and applications. They are mostly found in oil and gas applications, marine applications, pharmaceuticals, plus much more. Ball valves are compact in space and require almost no space to set up.

Ball valves seal much tighter. They feature a 100% shutoff. Gate valves, however, less complicated more prone to leaks. Just one reasons why a gate valve might be more likely to leak happens because it is made in a way that has more channels for just a potential leak. There are more avenues where water has regulated could leak out.