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Novel Radiation Curable Nanocomposites with Outstanding Material Properties

机译:具有卓越材料性能的新型辐射固化纳米复合材料

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Recently developed nanotechnological reinforced composites consisting of monodisperse, non-agglomerated SiO_2-particles and radiation-curing resins (unsaturated acrylates and cationic curing epoxies) show a great enhancement of scratch and abrasion resistance, toughness and hardness without possessing the disadvantages known from other inorganic additives. Even with loads of silica up to 50%, water-clear products with low viscosities and no sediment-formation are realized, making these nanocomposites a useful and versatile raw-material source suitable for all kinds of high performance applications.
机译:最近开发的纳米技术增强复合材料,由单分散,非聚氨酸的SiO_2-颗粒和辐射固化树脂(不饱和丙烯酸酯和阳离子固化环氧树脂)组成,表现出划痕和耐磨性,韧性和硬度的大大提高,而不具有其他无机添加剂中已知的缺点。即使含有高达50%的二氧化硅,具有低粘度和没有沉积物形成的水透明产品也是实现的,使得这些纳米复合材料是适用于各种高性能应用的有用且多功能的原料源。

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