Heat Resistant Fiberglass Clad Aluminum Wire is a high temperature resistant winding material commonly used for electrical insulation and conductive applications in high temperature environments.

The range of heat resistance of heat resistant fiberglass clad aluminum wire can vary depending on the specific product design and application requirements. Generally, this type of wire is capable of operating at temperatures ranging from 200°C to 500°C for extended periods of time without serious effect. Heat-resistant grade glass fiber insulation can effectively isolate the aluminum conductor from the external environment, providing good electrical insulation performance and high temperature resistance.

Heat-resistant grade fiberglass clad aluminum wire usually has good corrosion resistance and is able to resist a number of chemicals, including acids, alkalis and solvents. This gives it an advantage in applications that require use in corrosive environments.


Fiberglass insulation plays an important role in the electrical insulation of heat-resistant grade fiberglass clad aluminum wire, which can effectively isolate the conductor and prevent current leakage and short circuits. This is very critical for electrical insulation in high temperature environments to ensure the safe operation and stability of equipment.

When using heat-resistant grade fiberglass clad aluminum wire, you need to pay attention to the following points:
   - Ensure that the appropriate heat-resistant grade and temperature range are selected to meet the requirements of the specific application.
   - The resistance and voltage drop of the wire needs to be calculated and evaluated based on the specific current load and wire length.
   - The wire needs to be handled carefully during installation to avoid damage to the insulation and conductors.
   - If it is necessary to connect this wire, appropriate connectors and methods should be selected to ensure good electrical connection and mechanical strength.

Specific specifications, heat resistance levels and application details may vary depending on the manufacturer, product standards and specific industry requirements. If you have specific application requirements, it is recommended that you consult the relevant manufacturer or refer to the latest industry standards for more detailed and accurate information.