What is the nickel anode?
Nickel anodes are used in one type of nickel process called Electroplating. These anodes are usually purely metal shaped in the shape of a pellet or a small disk of a similar coin. Nickel anodes can be used for plastic or other metal plates. When humiliating the object with nickel, the nickel anode gets used to when the plating moves on the base material. When electropping, the basic material that receives plating is often called a substrate.
Electrical current uses an electric current to keep the nickel to be applied. The anode is a positive electrode and an object that will be applied is a negative electrode. All nickel collected from the nickel anode is stored on the object targeted to the plating. The thicker the nickel layer on the intended object, the more nickel material is used during the plating process. Another method, an electroly nickel nickel, uses a chemical reaction to shoot the substrate in nickel.
On the other hand, its common name is nickel, the content of the American five cents metalThe coin has changed over time, often due to lack of war metals. Metals other than nickels that were included in nickel over time include silver, copper and steel. Modern American nickels are not applied by nickel; Rather, they are made of a mixture of nickel and copper.
Other types of anodes include the anodes used in batteries and anodes used to prevent metal corrosion, but in these applications rarely use the nickel anode. In the battery, the anode is the end from which the circuit flow flows into the power supply. When the current flows through the device and back into the battery, it flows back through the end of the cathode. The end of the anode is a negative end and the cathode is a positive end of the battery. The common types of anodes used in batteries include lithium and silicon anodes.
rarely, anodanicle mixed with aluminum is used to prevent corrosion from metal structures. When the nickel anode is used to prevent metal corrosion, the process is called the Cathodická protection. In cathodic protection, a metal that is protected from corrosion as a cathode acts. When the anode is created for cathodic protection, it is called a sacrificial anode.
The sacrificial anode is made of easily corroded metal. The use of the sacrificial anode prevents corrosion from attracting particles that would normally cause corrosion. Common types of metals used in sacrificial anodes include aluminum, zinc and magnesium.