Flowdiverters

Flowdiverters are devices used to alter or redirect the flow of a fluid, typically in a pipe or channel. Their primary function is to manage and control the movement of liquids or gases for various purposes, such as preventing unwanted flow, distributing flow to multiple outlets, or creating specific flow patterns.

In plumbing systems, flowdiverters can be found in showerheads to switch between different spray settings or in faucets to direct water to an aerator or a pull-out sprayer. They operate through mechanical means, often involving a valve or a series of internal channels that can be actuated to select a particular path for the fluid. The design of a flowdiverter is crucial for its efficiency and effectiveness, as it must be able to withstand the pressure and temperature of the fluid it manages without leaking or failing.

Beyond domestic applications, flowdiverters are employed in industrial processes, chemical plants, and even in automotive systems. For instance, in a heating and cooling system, a flowdiverter might be used to direct coolant to either the radiator or the cabin heater core. The principles behind their operation can vary, from simple manual controls to sophisticated automated systems that respond to pressure changes or external signals. The materials used in their construction are chosen based on the fluid's properties and the operating environment, with common choices including brass, plastic, and stainless steel.