High Voltage AWG Round Enameled Aluminum Winding Wire undergoes a special surface treatment to improve its oxidation resistance. This helps protect the aluminum conductor from oxidation and corrosion, ensuring a reliable and long-lasting electrical connection.

Although aluminum is softer than copper, High Voltage AWG Round Enameled Aluminum Winding Wire has been specially treated to give it good flexibility and bendability. This makes the installation and wiring of the cable easier and more flexible.

High voltage AWG round enameled aluminum winding wire is usually insulated with high temperature and heat resistant insulating materials such as polyimide (PI) or polyamide amide (PAI). These materials have good insulating properties and heat resistance and are suitable for applications in high temperature and high voltage environments.

Due to the good insulating and conductive properties of high-voltage AWG round enameled aluminum winding wires, they are commonly used in high-voltage applications such as transformers, high-voltage generators, and high-voltage cable systems.


High voltage AWG round enameled aluminum winding wires offer advantages in terms of energy consumption and the environment due to their lower material costs and lighter weight compared to conventional copper winding wires. They reduce energy losses and lessen the need for limited resources.

High voltage AWG round enameled aluminum winding wire complies with the International Electrotechnical Commission (IEC) and other relevant standards and specifications to ensure its quality and reliability.

High Voltage AWG Round Enameled Aluminum Winding Wire plays an important role in power engineering, energy industry and industrial manufacturing. They are widely used in high voltage power equipment, electrical transmission systems, aerospace field, nuclear energy industry and other fields.

High voltage AWG round enameled aluminum winding wires have excellent insulation properties, high electrical conductivity, oxidation resistance and flexibility, making them ideal for use in high voltage power equipment. They provide reliable power transmission and connections for high-voltage applications with energy-saving and environmentally friendly benefits.