130 heat-resistant fiberglass clad aluminum wire can work for a long time at temperatures up to 130 degrees Celsius without losing its electrical and insulating properties. This makes it suitable for some electrical equipment and circuits that need to withstand high temperature environments, such as electric stoves, ovens, heaters and other high temperature heating equipment.

The insulation of this cable is made of glass fiber material, which has good electrical insulation properties. Glass fiber has high insulation strength and voltage resistance, which can effectively prevent current leakage and short circuit and provide effective electrical insulation protection. This makes the 130 heat-resistant grade glass fiber clad aluminum wire in a high temperature environment can still provide reliable power transmission and control functions.

The aluminum conductor has good corrosion resistance and the glass fiber insulation provides additional protection. This makes 130 heat-resistant grade glass fiber clad aluminum wire perform well in some wet, corrosive environment or susceptible to chemical attack. It is commonly used in some special industrial fields, such as chemical plants, metallurgical plants and marine engineering, to ensure the reliability and durability of electrical equipment.


Compared to copper wire, aluminum conductors are lighter. The lightweight design of enameled aluminum wire gives it an advantage in applications where weight is critical. Due to the relatively thin fiberglass insulation, the overall weight of the cable is relatively low, which helps to reduce the burden on electrical equipment and improves ease of carrying and installation.

130 Heat Resistant Grade Fiberglass Clad Aluminum Wire is a specialty wire that provides reliable power transmission and corrosion resistance in high temperature environments. It is used in a wide range of applications including industrial heating equipment, chemical equipment, petroleum equipment, marine equipment, and other electrical systems and circuits in high temperature and corrosive environments. When selecting and using this cable, it needs to be evaluated based on specific operating temperatures, current loads and environmental conditions, and to ensure compliance with relevant safety standards and codes.