Cathodic Electrodeposition coating is also known as Cathode-Cumulative Lithiation. It is the process used to apply lithium metal to metal alloys, stainless steel, aluminum, copper, brass, zinc, tin, titanium, tungsten, lead, and other alloys. The cathodic anode is exposed to an arc, which is created by a hand-held torch, or other sources of light. The cathodic coating is created on the cathode through the contact between two metal surfaces that have been charged. The most commonly used substances for this process are lead, cadmium, titanium, and silver.
Cathodic electrodeposition coating has been around for decades. The basic concept of this process is that a weak electrical current is passed through a solution (usually water) that contains either an active ingredient or an inert compound. This current passes through an electrode that contains a large amount of a metal such as iron or lead, which causes the compound to come apart into separate atoms, which are separated from one another. This separation produces a gas called the cathode, which is highly reactive to the electricity passing through. When the cathode is broken, the gas becomes ionized and can move to other parts of the electrolysis chamber.
Cathodic Purification is based on this same basic idea. In addition to using two different chemical agents to break the cathode, the process also requires the use of some form of vacuum pressure. In order to remove any residual solids in the cathode, the process uses a solid carbon block, which acts as a filter. The solid carbon block absorbs the contaminants, while the residue at the bottom of the block passes through a solid carbon filter, removing any traces of the cathode agent that was leftover. Purification tubes are used for this process and are often attached to a tank where the water is circulated to ensure that the solids do not enter the other liquids.
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