Grade 200 enameled aluminum wire has good electrical conductivity and is able to conduct current efficiently. This enables it to efficiently convert electrical energy into thermal energy in induction heaters for fast heating and heating efficiency.

Enameled aluminum wire is lighter as it has a lower density compared to conventional copper wire. This makes the induction heater coils more compact, improving the power density and energy utilization efficiency of the equipment.

Grade 200 enameled aluminum wire has a high resistance to high temperatures and can withstand the demands of high temperature operation in induction heaters. It is able to work for a long time in a high temperature environment without melting or damage.


The wire is usually made of aluminum with good corrosion resistance, enabling it to resist corrosive media that may be present in the induction heater and extending the life of the wire.

Enameled aluminum wire is bendable and malleable, making it easy to install and wire. This helps in the design and assembly of induction heater coils.

Enameled aluminum wire has a higher resistivity than copper, so in some applications with high current or power requirements, it may be necessary to increase the wire diameter accordingly to reduce resistance losses.

The relatively low tensile strength of enameled aluminum wire requires more care in design and installation to avoid excessive tension and damage.
The insulating properties of enameled aluminum wire also need to be carefully considered to ensure its safe and reliable operation.

Grade 200 enameled aluminum wire is widely used in the field of induction heaters. Induction heaters utilize the principle of electromagnetic induction to convert electrical energy into thermal energy, and are commonly used to heat and melt metals, plastics, ceramics, and other materials, as well as for industrial heating, heat treatment, smelting, and welding applications. Enameled aluminum wire is used as the wire for induction heater coils to effectively conduct electrical energy and convert it into heating energy.