What are the differences between the use of solid state resistance wires and resistance alloy wires?
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2019-03-11
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Keywords:What are the differences between the use of solid state resistance wires and resistance alloy wires?
Resistance wires are a special type of wire used to control current. This type of wire has a high electrical resistivity - which allows short wires to better convert electrical energy into heat. Thus, for example, when resistance wires are used in heating elements for applications such as hair dryers, heated seats, electric heaters or other similar household appliances, such resistance is critical.
When do you use solid state resistance wires? This really depends on your specific application. If your application is small and the heat is very high, winding the wire may be a good idea.
Bottom line, if you need wires for applications in limited areas and involve heat, you should wind the wires. This means that a solid wire (or single strand) should be your coil choice.
When is the alloy used for the resistance wire? No matter what your resistance wire needs, precision wire has alloy. Here are some alloys we use for resistance wire: iron aluminum, nickel chromium, nickel copper, nickel iron, pure iron. When your application requires current, your resistance wire should be made of gold or platinum. These alloys have almost no electrical resistance due to the migration of electrons.