SELE cathode holder maintains correct positioning and electrode alignment in EW cells for high current density purposes. The rate of copper plating increases with increasing current density. However, extreme current density can promote rough, nodular cathode deposits, and decreased copper purity if not correctly managed.

This technology makes use of an external current provided by a DC supply to create the cathodic protection. Impressed current anodes are used in larger structures like pipelines, boats, and water heaters.

For example, vacuum plasma spraying has been tried for fabricating the whole anode/electrolyte/cathode meeting. In this approach, cathode layers are deposited onto a porous metallic felt substrate. For anode- or electrolyte-supported planar-sort SOFCs, as with anode- or electrolyte-supported tubular cells, the cathode layer is usually deposited after making ready the anode/electrolyte meeting. The predominant strategies used for cathode deposition are slurry coating, display printing, tape casting, and wet powder spraying. As with the … Read More

SELE cathode holder maintains correct positioning and electrode alignment in EW cells for high current density purposes. The rate of copper plating increases with increasing current density. However, extreme current density can promote rough, nodular cathode deposits, and decreased copper purity if not correctly managed.

This technology makes use of an external current provided by a DC supply to create the cathodic protection. Impressed current anodes are used in larger structures like pipelines, boats, and water heaters.

For example, vacuum plasma spraying has been tried for fabricating the whole anode/electrolyte/cathode meeting. In this approach, cathode layers are deposited onto a porous metallic felt substrate. For anode- or electrolyte-supported planar-sort SOFCs, as with anode- or electrolyte-supported tubular cells, the cathode layer is usually deposited after making ready the anode/electrolyte meeting. The predominant strategies used for cathode deposition are slurry coating, display printing, tape casting, and wet powder spraying. As with the … Read More

SELE cathode holder maintains correct positioning and electrode alignment in EW cells for high current density purposes. The rate of copper plating increases with increasing current density. However, extreme current density can promote rough, nodular cathode deposits, and decreased copper purity if not correctly managed.

This technology makes use of an external current provided by a DC supply to create the cathodic protection. Impressed current anodes are used in larger structures like pipelines, boats, and water heaters.

For example, vacuum plasma spraying has been tried for fabricating the whole anode/electrolyte/cathode meeting. In this approach, cathode layers are deposited onto a porous metallic felt substrate. For anode- or electrolyte-supported planar-sort SOFCs, as with anode- or electrolyte-supported tubular cells, the cathode layer is usually deposited after making ready the anode/electrolyte meeting. The predominant strategies used for cathode deposition are slurry coating, display printing, tape casting, and wet powder spraying. As with the … Read More