Polyimide (PI) insulated 24 AWG magnetic gauge aluminum wire is a commonly used wire material and a high performance insulating material with excellent high temperature resistance and chemical stability. It can withstand high temperature environments and is typically used in temperatures ranging from -200°C to +300°C. PI insulation has excellent electrical insulation properties and mechanical strength to protect the wire from the external environment.

AWG is a common wire gauge standard used to indicate the diameter or cross-sectional area of a wire.24 AWG indicates a wire diameter of approximately 0.511 mm (0.0201 inch). Magneto-gauge aluminum wire is a type of wire that uses aluminum as a conductor and has a high electrical conductivity and low electrical resistance. It is commonly used in a variety of electromagnetic applications such as electric motors, transformers and induction coils.


Polyamideimide Insulated 24 AWG Magnetic Gauge Aluminum Wire is used in many applications. It is commonly used in electromagnetic equipment and motors in high temperature environments such as aerospace, automotive industry, electronic equipment and power industry. Due to the lower density of aluminum, magnetically-gauged aluminum wire is also commonly used in applications that require light weight while still maintaining good electrical properties.

Polyamideimide insulated 24 AWG magnetically gauged aluminum wire offers several advantages and features. It has good heat resistance and can withstand working conditions in high temperature environments. Its lightweight nature gives it an advantage in weight-sensitive applications. In addition, aluminum has a high electrical conductivity that provides good electrical properties.

Factors such as current loading, temperature characteristics, mechanical strength, and electrical safety need to be considered when designing and manufacturing 24 AWG magnetically gauged aluminum wire insulated with polyamideimide for use in electromagnetic equipment. A proper design and manufacturing process ensures that the performance and quality of the wire will meet the requirements of the specific application.