美国俄州Columbus的俄亥俄州州立大学的科学工作者已对塑料和二氧化硅混合方法取得专利,据称可生成一耐热性材料其抗冲击性比FRP高4～5倍。这种新的复合材料能把一冲击力分解成许多小的相互作用力分散到成百万单个二氧化硅微粒上。每一单个微粒为50纳米宽并含有许多更小的微孔其直径仅2纳米。此获专利的制造方法加压熔化了的塑料进入这些微孔,在二氧化硅和塑料原子间很大的表面积上形成坚固的粘接。此复合材料的 Scientists at Ohio State University in Columbus, Ohio, have patented a blend of plastics and silica that is said to produce a heat-resistant material with four or five times more impact resistance than FRP. The new composite breaks down an impact into many small interactions that disperse into millions of individual silica particles. Each individual particle is 50 nanometers wide and contains many smaller pores with a diameter of only 2 nanometers. This patented manufacturing process presses melted plastic into these pores to form a strong bond between the silica and the plastic surface over a large surface area. This composite material