Abstract
Although fiver reinforced plastics (FRP) have many characteristics, when it was discarded, the reduction to nature is prevented and a lot of waste causes destruction of environment. Therefore, it is necessary to treat wasted FRP by suitable method. Then, the epoxy resin that is matrix of FRP was carbonized, and FRP tried recycling by using it as carbon material. In this study, change of the molecular structure was analyzed by FT-IR spectroscopy until it results in carbonization. As a result, the resin was fluidized at 300℃ and carbonized at 350℃ or more. It tried producing recycle fiver reinforced carbon material based on this knowledge. It had efficient mechanical properties.
