Assignment Valve: For powder distribution, suitable for food and chemical factories

The distribution valve (diverter valve) achieves material flow direction switching through the movement or rotation of the valve core, with the core lying in the precise fit between the valve core and the valve body. When the system needs to adjust the material conveying path, the valve core—driven by a manual or automatic actuator—changes its corresponding relationship with the flow channels of the valve body. For instance, a rotary valve core connects to the target pipeline through rotation, while a translational valve core blocks some flow channels and opens designated ones via horizontal movement. During the switching process, the sealing structure between the valve core and valve body can effectively prevent material leakage or cross-flow, ensuring materials are conveyed only along the preset route. It is not only suitable for pipeline layouts with a single inlet and multiple outlets but also meets the material confluence needs of multiple inlets and a single outlet, enabling precise control of the conveying path.​

The distribution valve features a compact structural design, occupying small space in the pipeline and facilitating installation and layout in complex pipeline systems. It has flexible driving methods: manual operation (suitable for low-frequency switching scenarios) or automatic control (adapted to high-frequency, automated production lines) can be selected according to working conditions. Moreover, its switching action is stable, which can reduce the downtime of material conveying. It also boasts excellent sealing performance—targeting the characteristics of different materials such as powder and granules, it can be equipped with wear-resistant and corrosion-resistant sealing components to reduce the risk of material leakage and equipment wear. In addition, the valve has strong adaptability, being compatible with various conveying pipelines, silos and other equipment. It is widely used in material distribution scenarios in industries such as chemical engineering, grain processing and building materials, enhancing the conveying flexibility of the pipeline system.​