Aerogels, the bright pearls in the field of new materials, are leading the development direction of future materials science with their unique physical and chemical properties. As nanoscale porous solid new materials, aerogels not only possess extremely low density and high porosity but also demonstrate outstanding performance in insulation, soundproofing, and adsorption, bringing revolutionary changes to numerous fields.

In the field of insulation, aerogels have become the preferred material in aerospace, petrochemicals, and other fields due to their extremely low thermal conductivity. Whether it's the insulation of high-temperature gas systems in spacecraft engines or the thermal insulation of cold and hot medium transmission pipelines, aerogels have ensured the safe and stable operation of equipment with their exceptional insulation performance. At the same time, aerogels are widely used in building insulation and thermal preservation, making significant contributions to improving energy utilization efficiency and reducing carbon emissions.

Beyond insulation, aerogels also excel in soundproofing and adsorption. Their unique pore structure can effectively absorb and disperse sound waves, achieving excellent soundproofing effects. Additionally, aerogels have strong adsorption capabilities, capable of adsorbing and removing harmful substances from the air, providing new solutions for air purification, water treatment, and other fields.