Cell Top Furniture

1. Immersed Cathode Design for Higher Capacity

Unlike traditional flat-top designs, our Capping Boards are engineered to be "bedded" into the busbar system. This allows the cathode plate to be more fully immersed in the electrolyte solution. By maximizing the effective plating area, this design directly increases the copper or zinc production capacity per cell.

2. Consistent Thickness for Uniform Current

We maintain strict thickness tolerances between the end-cell capping boards and inter-cell conductive components. This ensures that all conductive rods remain perfectly horizontal. A level rod system is essential for uniform current distribution across the cathode, which is the key to producing smooth, high-quality metal deposits without edge defects.

3. High-Strength FRP for Thermal Stability

Using premium FRP (Fiber Reinforced Polymer) composite materials, our boards withstand the extreme heat of the electrolytic house without melting or warping. This resistance to "thermal creep" ensures that your slots remain perfectly aligned for years, preventing the unplanned downtime caused by deformed insulation.

4. Modular Plug-In System for Easy Maintenance

Our furniture features a modular plug-in configuration. If a single segment is damaged by mechanical impact, it can be replaced individually without a full-section shutdown. This modularity enhances the reliability of your production line and reduces long-term maintenance costs.

5. Micron-Level Slot Precision

Every slot is CNC-machined to ensure that cathodes and anodes are positioned with absolute verticality. Maintaining the exact "Pitch" (distance between plates) is the most effective way to prevent localized overheating and costly short circuits.