What is the principle of flow diversion of Splitter valve kit K-3331?

In fluid control systems, diverter valves are an indispensable component that can evenly distribute a single fluid source to multiple outlets to meet the needs of various industrial applications. As a high-performance diverter valve kit, Splitter valve kit K-3331 plays an important role in many fields with its unique design and working principle.The Splitter valve kit K-3331 consists of a main valve body, a diverter, a flow regulator, and connecting accessories. The main valve body is usually made of corrosion-resistant and high-strength materials to ensure stable operation in harsh industrial environments. The diverter is the core part of the kit, which achieves uniform distribution of fluid through precise flow channel design and internal structure. The flow regulator is used to adjust the flow of each outlet to ensure that each outlet obtains the required amount of fluid.The principle of flow diversion of Splitter valve kit K-3331 is mainly based on the basic principles of fluid mechanics and fluid dynamics. When the fluid enters the valve body from the inlet, it passes through a pre-distributed flow channel, which guides the fluid to the diverter. In the flow splitter, the fluid is evenly distributed to multiple branches, each branch corresponds to an outlet. In order to ensure the uniform distribution of the fluid, a special flow channel design and structure is used inside the flow splitter. These flow channels have the same cross-sectional area and shape to ensure that the flow rate and pressure of the fluid in each branch are the same. In addition, the flow splitter is also equipped with a flow regulator, and the user can adjust the flow of each outlet as needed to meet different application requirements.