High Performance Butterfly Valve

High Performance Butterfly Valves serve to control operations under high-pressure and high-temperature conditions. The double flanged high performance butterfly valve design enables higher flow rates at lower torque requirements which minimizes maintenance requirements. High Performance Butterfly Valves feature PTFE, FKM, RPTFE seats which provide superior chemical resistance and corrosion protection above standard metal seated butterfly valves. These valves operate with reduced energy requirements while delivering precise control of flow rates and pressures. The valves function in multiple industrial process control applications including shutoff and throttling and regulating service for oil refineries and water treatment units and chemical plants. Acquire a high performance butterfly valve right now to achieve superior results.

Lug High Performance Butterfly Valve

Wafer high performance butterfly valve

What is a high performance butterfly valve?

A high performance butterfly valve is a type of quarter-turn rotary isolation valve used to control the flow of fluid through a pipeline. This type of valve has an integrated disc that sits inside a body and uses centrifugal force to close off the flow when required. It is known for its ability to manage high pressure, provide tight shutoff, operate at elevated temperatures and cycle quickly.

What is the difference between a high performance butterfly valve and a standard butterfly valve?

High performance butterfly valves are specialized valves that are designed to meet the demanding requirements of tough industrial applications. These types of valves are more durable, have better sealing capabilities and better flow control than standard butterfly valves, making them the preferred choice for various industries that require efficient operations and high pressure system performance.

 

Why would you want to use a high performance butterfly valve?

The design of high performance butterfly valves makes them ideal for use in systems that require a higher degree of accuracy, repeatability or regulation within the flow – such as pressure-control applications or solenoid actuated pneumatic automation systems. They provide excellent shutoff capabilities due to the tight seal between the disc and seat at low differential pressures.