What is the lead anode?
lead anode is an anode that is made of metal, lead. However, lead anodes are not made of pure lead and are more commonly made of metal alloys for better electricity guidance and proper operation in the electronic device. These types of anode may not always have the same composition; The way they are made differ significantly between the devices in which they are used. Different types of alloys used in the anode of lead can include tin, silver, calcium, antimony and telurium and all have different features and purposes. In these types of alloys, the lead anode can be created through chrome baths and varies depending on the needs of the device in which it is used.
Another way that the anode may differ is its contact of positive electrical currents based on the type of metal alloy used in the anode. Some manufacturers can assemble them by immersing the shaft part of the anode into the molten lead alloy and then inserting a hook into some kind of mold and then throwing the base of the lead around its hookku. The hook assembly is then burned on the remaining anode. It is an efficient and cost -effective way of building lead anode, even if it creates a problem to include dirt and weakening of the anode structure.
One of the common uses for the anode of lead is to place the device as part of the electrowinning cell. In these devices, the anoda performs a high density of electric currents and comes in the form of bars similar to fingers. Cells are most likely made of metals of manganese or tin for easy guidance of electric currents between them and lead anode. The cell, as well as a cell found in a battery or other type of electric power, consists of leads of lead alloy with reinforced titanium core for strength and durability. The rod can also be surrounded by a plastic sleeve to protect it, and so that it does not work electricity.
These metal alloys are also used in this trimmingsThe anode containing, because the resulting product is highly resistant to sulfuric acid corrosion in electrolytic solutions. In addition, lead anodes are highly resistant to seawater corrosion and are therefore more economical for use on systems that protect at sea and ships from cathodic conditions. Some anodes with an alloy of silver or antimony alloy have specialized properties where the anode creates a natural film insulation when immersed in seawater.