Aerogel thermal insulation coating that will be widely used in 2025: 3-5 mm thick, with a thermal conductivity of 0.025-0.035 W/m·K, reducing indoor temperature by 5-8 ℃ in summer and saving 60%...
Aerogel coatings—nanoporous silica particles suspended in breathable matrices—achieve thermal conductivity as low as 0.015 W/(m·K), A1 non-combustibility, and 99% hydrophobicity in films just...
With the global pursuit of green buildings, passive ultra-low energy consumption buildings have become the future trend. The limitations of traditional thermal insulation materials in terms of...
Amid the global challenge of reducing carbon emissions—40% of which stem from buildings—aerogel is disrupting the traditional belief that energy efficiency must come at the cost of bulk and...
Aerogel, the nanoporous “frozen smoke” with 99% air and thermal conductivity down to 0.018 W/(m·K), is quietly revolutionizing safety and efficiency in high-stakes sectors. From delaying EV...
Nano aerogel insulation felt combines ultra-low thermal conductivity, wide temperature resistance (-200°C to 650°C), and environmental safety, redefining insulation performance. This article...
Aerogel, a "solid blue smoke" with a porosity of up to 99.8%, is redefining high-temperature protection. Its nanoscale thermal insulation properties can extend firefighters' safety time at 800°C...
Aerogel felt, known as the world’s best thermal insulation material, combines cutting-edge nanoscale technology with flexible customization. This article explores its unique properties, tailored...
In the realm of sustainable architecture, aerogel "super tents" equipped with Tensotherm™ insulated membrane systems are emerging as transformative innovations, blending unparalleled thermal...
As high-speed rail systems surge toward unprecedented speeds and efficiency, silica aerogel—often called "frozen smoke"—is emerging as a transformative force with its extraordinary thermal...