This image displays the **Distribution Box for the SYOGM Sluice Set of 3, Model 2024-NO22**, a component designed for use in gold panning or mineral separation setups. ### Visual Description: - **Structure**: The unit is a rectangular, open-top box with a sturdy black plastic or polymer body. - **Top Frame**: A bright yellow metal frame surrounds the top opening, providing structural rigidity and visual contrast. - **Mesh Screen**: Inside the yellow frame lies a fine metallic mesh screen (likely stainless steel), which spans the entire top surface. This screen is used to retain heavier materials (like gold or heavy minerals) while allowing lighter debris to wash away. - **Side Handles**: A small black handle is molded into one side of the box, aiding in transport or installation. - **Outlet Ports**: On the front face, three large black cylindrical pipes protrude downward — these are the distribution outlets where water and sediment flow into the sluice boxes. Their spacing and alignment suggest they feed three separate sluice channels (consistent with the “Set of 3” designation). - **Design Purpose**: The distribution box evenly distributes water flow and material across all three downstream sluice boxes, ensuring efficient separation of valuable minerals. The mesh screen also acts as a pre-filter to prevent clogging at the sluice inlets. ### Contextual Function: In a complete SYOGM Sluice Set of 3 (Model 2024-NO22), this distribution box is typically mounted upstream of three parallel sluice boxes. It helps manage flow rate and particle size before they enter the riffled channels, improving recovery rates for placer mining operations. The clean, isolated presentation against a white background suggests this is a product photograph intended for cataloging or e-commerce purposes, highlighting key features for potential buyers. --- ✅ **Summary**: The Distribution Box for the SYOGM Sluice Set of 3, Model 2024-NO22, is a black rectangular unit with a yellow-framed mesh top and three black outlet pipes, engineered to evenly distribute water and sediment into three downstream sluice boxes for efficient mineral separation.