• Harbin Institute of Technology Professor Li Hui team developed a lightweight and extremely durable ceramic airgel

    Harbin Institute of Technology Professor Li Hui team developed a lightweight and extremely durable ceramic airgel, a few days ago, Civil Engineering, Harbin Institute of Technology Professor Li Hui Research Group Professor Xu Xiangfu first author who in the internationally renowned journal \”Science\” (Science, 2018 in a speech entitled influence factor on 41.058) research paper \”double negative ceramic airgel super-insulation materials\” (double-negative-indexceramicaerogelsforthermalsuperinsulation) Professor Li Hui and the University of California, Los Angeles

    Industry trends 2020年2月9日
  • Latest Science: Super ceramic airgel insulation material

    Latest Science: Super ceramic airgel insulation materials, ceramic airgel properties because of its low density and is excellent in thermal conductivity, chemically and thermally inert, high porosity and a large surface area which is considered a good insulating material. However, these multi ceramic aerogels rigid and brittle, and only a slight elastic deformation before breaking, thus improving the ceramic airgel mechanical and thermal stability has become a major research application further development in the area of ​​insulation. Recently, the University of California, such as Harbin Institute of Technology HuiLi people and Huang Yu, Los Angeles, paragraph insert Feng co-synthesized with ultra-light, ultra-high mechanical strength and

    Industry trends 2019年2月22日
  • Xi\’an Jiaotong University researchers to make progress in the field of ultra-light airgel compressible silicon carbide ceramics research

    Xi\’an Jiaotong University researchers to make progress in the field of ultra-light airgel compressible silicon carbide ceramics research, since 1931, the advent of silica airgel, airgel ceramics on its low density, high porosity, large specific surface area, excellent oxidation resistance and thermal stability, and exhibit a wide range of potential applications in high-temperature insulation, catalyst supports, filtration and lightweight structural materials. However, the conventional ceramic aerogels are basically comprised of an oxide nanoparticles, its practical applications are often limited by the brittleness and the volume shrinkage under high temperature ceramic material (dimensionally stable at a temperature of 600oC silica airgel or less). And ceramics

    Industry trends 2018年3月12日