Thin insulated copper wire is a type of wire consisting of copper conductors wrapped in a thin insulating layer. It has the following characteristics and applications:

Thin Insulation Layer: Thin insulated copper wire has a relatively thin insulating layer, which is usually clad with a polymer material (e.g. polyamide, polyester, etc.). This makes the overall size of the wire small and is suitable for applications where high density wiring is required and space is limited.

Good Conductivity: Since copper is an excellent conductive material, thin insulated copper wire has good conductivity. It can effectively transmit current and signals for a variety of electronic devices and circuit applications.


FLEXIBILITY: Thin insulated copper wire consists of soft copper conductors that have good flexibility and bendability. This gives it an advantage in applications that require bending and folding, such as internal connecting wires for electronics, sensor cables, etc.

Insulation Protection: Thin insulation provides insulating protection for wires against short circuits and electrical interference between wires and between wires and other components. The insulation also provides a degree of electromagnetic shielding and protection.

Wide range of applications: Thin insulated copper wire is widely used in a variety of fields. It is commonly used in electronic equipment, communication equipment, automotive electronics, medical devices, household appliances, aerospace, etc. for signal transmission, power connections, sensor connections, coil making, etc.

Thin insulated copper wire may be weaker for environmental protection and mechanical strength due to the thinner insulation layer compared to conventional copper wire. Therefore, in special environments or applications that require a higher level of protection, it may be necessary to choose thicker insulation or other types of wire.

To summarize, thin insulated copper wire is a type of copper conductor with a thin insulating layer that provides good electrical conductivity, flexibility and insulation protection. It plays an important role in electronic and circuit applications, and is particularly suitable for high-density wiring and space-constrained scenarios.