Use Of Composite Materials In Daily Life

Many companies worldwide rely on composites in their everyday business and find no other material comparable.

Use of composite materials in daily life.

A composite material is any material made by combining two or more materials in a structure whereby materials remain separate. By mixing multiple materials together manufacturers can combine the best properties of each base component. A composite material is one material reenforced with another such as resins reenforced with glass fibers carbon fibre or kevlar. Below are a few examples of composite materials that we come in contact with on a daily basis in our homes.

Our composites have expanded the manufacturing possibilities of virtually every industry. The same principle applies to steel in concrete woven fabrics. Composites have become a necessity for many companies throughout the world. Composite materials include any products made from a blend of two or more base materials according to the university of delaware s center for composite materials.

The structural component of a composite may consist of fibres made of glass or carbon graphite shorter whiskers made of silicon carbide or aluminum oxide or longer tungsten boron filaments the matrix material may be an epoxy resin or other high temperature plastic aluminum or some other metal or a ceramic such as silicon nitride fibreglass reinforced plastic is the best known. Providing a lightweight corrosion resistant alternative to steel. As the world leader in composite manufacturing ice uses a variety of composite materials to create high quality custom products of all shapes sizes and complexities. This is done to produce materials with desirable properties such as high compressive strength tensile strength flexibility and hardness the following are illustrative examples.

Without this valuable material asset company production would suffer. Examples of composites can be seen day in and day out and surprisingly they can be found all throughout the house. The individual components remain separate and distinct within. The composite material fulfils both requirements of maximum sensitivity and damping thanks to the combination of the stiff carbon fibres and low density rohacell foam.

The high mechanical performance of the material strongly reduces the deformations normally encountered in traditional cone materials under loads and so prevents sounds colouration. Composite materials emerged in the middle of the twentieth century as a promising class of engineering materials providing new prospects for modern technology. Companies like boeing use composite materials in many of their aircraft parts.