How does fiberglass composite material reshape the multi-industry landscape?

Here are some specific application cases of Fiberglass Composite Material:

Aerospace
Small aircraft fuselage: The use of fiberglass composite materials to manufacture the fuselage can reduce the weight of the aircraft, improve fuel efficiency, and reduce operating costs, such as some light sports aircraft.
Helicopter rotor blades: Rotor blades made of fiberglass composite materials are high in strength and light in weight, and can withstand huge stresses during flight. At the same time, they reduce the overall weight of the helicopter and improve flight performance and maneuverability.
Aircraft interior parts: The floor, luggage rack, seats and other interior parts of the aircraft use fiberglass composite materials, which are not only light in weight, but also have good corrosion resistance and flame retardancy, and can provide passengers with a safer and more comfortable environment.

Automotive field
Body parts: After the introduction of fiberglass composite materials, the overall weight of Geely Boyue was reduced by about 20%, which improved fuel economy and handling performance. In addition, fiberglass composite materials are also often used in the front and rear bumpers, engine hoods, doors and other parts of the car. While reducing weight, they can also improve the impact resistance of the parts and the flexibility of appearance design.
Automotive interior parts: The instrument panel, seat frame and other interior parts are made of glass fiber composite materials, which can meet the requirements of lightweight, comfort and safety of automotive interiors, while also reducing noise inside the car.
Automotive electrical components: The electrical insulation properties of glass fiber composite materials are used to manufacture automotive electrical housings, circuit boards and other components to ensure the safe and stable operation of automotive electrical systems.
Construction field
Structural reinforcement: In the seismic reinforcement of old buildings, glass fiber composite materials can be used to wrap structural components such as columns and beams to improve the bearing capacity and seismic performance of the structure, while greatly reducing the deadweight of the building.
Roofing materials: Glass fiber reinforced resin tiles have the advantages of light weight, waterproof, corrosion resistance, and long life, and are widely used in roofing projects of various buildings.
Bathroom facilities: Bathtubs, showers and other bathroom products made of glass fiber composite materials are beautiful in shape, high in strength, wear-resistant and easy to clean.

Energy field
Wind turbine blades: Glass fiber composites are one of the main materials for wind turbine blades. Many wind turbine blades from companies such as Vestas use a large amount of glass fiber composites, which can keep the blades in good performance and stability under strong winds and extend the service life of the blades.
Solar panel components: In the field of solar photovoltaics, glass fiber composites can be used to manufacture solar panel frames, brackets and other components to provide support and protection for the panels and ensure their long-term stable operation in outdoor environments.
Electronic and electrical field
Electrical housing: The housings of electrical appliances such as televisions, computers, and refrigerators often use glass fiber composites, which use their good electrical insulation, flame retardancy and mechanical strength to protect internal electronic components and improve product safety and reliability.
Circuit boards: Glass fiber reinforced epoxy resin circuit boards have excellent insulation properties, dimensional stability and electrical properties. They are widely used in various electronic devices and are important basic materials for the modern electronics industry.

Sporting goods
Bicycles: Glass fiber composite bicycle frames are light, strong, and have good shock absorption performance. They can provide riders with a more comfortable riding experience and improve riding efficiency. They are widely used in road bicycles, mountain bikes, and other types of bicycles.
Rackets: Tennis rackets, badminton rackets, etc. use glass fiber composite materials, which can ensure the strength of the rackets while having better elasticity and controllability, thereby improving the athletes' hitting effect.