Composite materials are innovative materials formed by combining two or more materials with different mechanical properties. These materials are produced by combining matrix and reinforcement elements and provide both rigidity and strength to structures.
Components of Composite Materials:
Matrix Material: The matrix material holds the reinforcing elements together and transfers the loads. It is usually produced from polymer materials such as epoxy and polyester.
Reinforcement Material: The reinforcement material is the element that gives the composite its main strength. Fibers such as carbon fiber, glass fiber are among the commonly used reinforcement materials.
Properties of Composite Materials:
High Strength to Weight Ratio: Although composite materials have much higher strength compared to conventional materials, their weight is quite light. This is critical in the aerospace industry.
Durability: Composite materials are highly resistant to static, fatigue and shock loads. This means they can be used to build long-lasting and reliable structures.
Flexibility: Composite materials have a flexible structure that offers freedom of design. In this way, parts with complex geometries can be easily manufactured.
Corrosion Resistance: Composite materials are highly resistant to corrosion. This is the main reason why these materials are preferred in the marine and chemical industries.
Usage Areas of Composite Materials:
Aerospace Industry: Used for critical components such as airframes, wings and engine parts.
Automotive Industry: Used for parts such as vehicle bodies, bumpers and rims.
Construction Industry: Used in structures such as bridges, buildings, sports halls.
Wind Energy Industry: Used for wind turbine blades.
Sports Equipment: Used in sports equipment such as bicycles, ski equipment, tennis rackets.
Composite materials are widely used in many different sectors thanks to their unique properties. In the future, it is predicted that the use of composite materials will increase further and new and innovative applications will be developed.