Fiberglass copper/aluminum flat wire is used in power systems for transmission and distribution lines, they have good electrical conductivity and mechanical strength, can withstand high currents and mechanical stress; has excellent insulation properties.
Product Model | GLEB (GLELB) |
Specification range | width(a): 0.90-5.60mm;thickness(b):3.15-16.00mm |
Execution standard | GB/T7672-2008 or according to customer’s technical agreement |
Conductor material | 100% oxygen-free rods, round aluminum rods for electricians |
Product Characteristics | It has high mechanical characteristics, overload capacity and resistance to humidity and heat |
Applications | Mainly used in dry-type transformers, solenoids, welding machines or other similar electrical equipment products winding |
Glass wire covered aluminum flat wires are used for cables, wires and electrical equipment connections in power transmission and distribution systems. They are suitable for low-voltage and medium-voltage power transmission, such as low-voltage distribution systems, electrical wiring inside buildings and industrial equipment connections.
Commonly used in winding coils of electric motors, especially in small motors and light load applications. Glass-coated aluminum flat wire is used in electronic equipment for signal transmission, circuit connection and power supply. Glass-coated aluminum flat wires are used for cables and connections in wind and solar power systems. They can withstand high temperature environments and long-term exposure to outdoor conditions.
Glass wire covered aluminum flat wire can also find applications in automotive manufacturing, aerospace, instrumentation, and communication transmission lines. Because of their high temperature resistance, light weight, and excellent electrical insulation properties, glass wire covered aluminum flat wires have a wide range of applications in a variety of fields such as power transmission and distribution, motor manufacturing, electronic equipment, lighting industry, and renewable energy generation.