(1) High strength and light weight: The addition of graphene significantly improves the strength and rigidity of fiberglass while maintaining a lighter weight.

(2) Conductivity: Graphene is an excellent conductive material. Its addition can make fiberglass have a certain degree of conductivity, which is very important for some special applications.

(3) Thermal stability: Graphene fiberglass can still maintain stable performance at high temperatures and is suitable for environments that require high temperature resistance.

(4) Corrosion resistance: This material has strong resistance to chemical substances and environmental factors, and is suitable for use in harsh external environments.

(5) Application fields: Graphene fiberglass has potential applications in aerospace, automobile manufacturing, sporting goods, building materials and other fields.

Due to the properties and diversity of graphene, combining graphene with fiberglass can create a variety of composite materials with specific functions and excellent properties. With the development of research and technology, the application scope and performance of this material are expected to be further expanded and improved.