With a heat resistance of 200°C and a diameter of 0.2mm the enameled aluminum wire is a special type of wire with a high temperature resistance and a small size.

The heat resistance of 200°C means that this enameled aluminum wire can work properly at temperatures up to 200°C without being damaged by the increase in temperature. This high temperature tolerance makes this enameled aluminum wire suitable for applications that require working in high temperature environments, such as certain industrial sectors or high temperature electronic equipment.

Enameled aluminum wire is a type of wire that protects the conductor by coating the surface of the aluminum wire with an insulating varnish. Enameled insulation provides electrical insulation and mechanical protection against short circuits and damage between wires. Enameled insulation is also resistant to high temperatures and can maintain its insulating properties in high temperature environments.


The 0.2mm diameter means that this enameled aluminum wire is very small. The smaller diameter makes it suitable for applications where cable size is limited, such as HDD drive internal connection cables. In addition, the smaller diameter provides greater flexibility and ease of routing.

Enameled aluminum wire with a heat resistance of 200°C and a diameter of 0.2mm can be used in a variety of applications. In addition to HDD drives, it is commonly found in motors, transformers, inductors, sensors and other electronic and electrical equipment. Although aluminum has a lower electrical conductivity than copper, enameled aluminum wire can still provide sufficient electrical conductivity for some applications. In HDD drives, enameled aluminum wire is typically used for shorter internal connections, so conductivity is not a major concern.

Enameled aluminum wires with a heat resistance of 200°C are usually used for specific high-temperature applications rather than universally for all scenarios. When selecting wire, other factors should also be taken into account, such as current load, environmental conditions and application-specific requirements.