With the maturity of preparation technology and the decrease of cost, aerogel slurry, relying on its unique advantages of "retaining the excellent performance of aerogel + having good construction compatibility", has penetrated into many fields such as construction, environmental protection, new energy, aerospace and so on. It has broken the application limitations of traditional materials, created huge industrial and social value, and become an important material support for promoting the green upgrading and technological innovation of various industries.
In the construction field, aerogel slurry is a core material for high efficiency and energy saving, and also an important help to achieve the "double carbon" goal. Traditional building insulation materials have limited thermal insulation effect, and most of them have the problems of heaviness and easy aging. However, relying on its ultra-low thermal conductivity and light weight, aerogel slurry can be made into thermal insulation coatings and thermal insulation mortar, which are applied to building walls, roofs, pipelines and other parts. Compared with traditional thermal insulation materials, the thermal insulation efficiency of aerogel slurry is increased by more than 30%, and the construction is convenient, which can greatly reduce the thickness of building insulation layer, increase the usable area of buildings, reduce building energy consumption, and help the development of green buildings. At present, many green building projects have adopted aerogel slurry, achieving dual benefits of energy saving and environmental protection.
In the fields of environmental protection and new energy, the application scenarios of aerogel slurry are constantly expanding, showing broad development prospects. In the field of environmental protection, relying on its high porosity and strong adsorption performance, aerogel slurry can be used in sewage treatment, waste gas purification and other scenarios. It can quickly adsorb heavy metal ions, oil pollution in water and harmful gases in the air, and is easy to recycle and reuse, greatly reducing the cost of environmental governance and helping ecological environmental protection. In the new energy field, aerogel slurry can be used as an additive for battery electrode materials, improving the thermal conductivity and stability of the battery, extending the service life of the battery, reducing battery energy consumption, and adapting to the development needs of new energy vehicles, energy storage equipment and other fields.
In addition, aerogel slurry also plays an irreplaceable role in aerospace, high-end manufacturing and other fields. It can be used for the thermal insulation protection of aerospace equipment, resisting extreme high-temperature environments and ensuring the normal operation of equipment; in the field of high-end manufacturing, it can be used as a thermal insulation and shock absorption material for precision instruments, improving the stability and service life of instruments. With the continuous enrichment of application scenarios, the industrial scale of aerogel slurry continues to expand, driving the coordinated development of upstream and downstream industries, forming a complete industrial chain, and injecting new momentum into high-quality economic development.