In the global wave of building energy conservation and industrial energy efficiency upgrading, Vacuum Insulation Panels (STP) have redefined the future of thermal insulation materials with...
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...
Under the challenge that global building energy use contributes to 40% of carbon emissions, Hebei Woqin’s STP vacuum insulation panel is redefining thermal protection with nanoscale innovation....
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 is no longer just for NASA. From extending firefighter rescue time at 800°C to reducing industrial boiler heat loss, this "solid smoke" is revolutionizing safety. Learn about the...
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...