With the continuous advancement of technology, thermal insulation materials are evolving towards "high efficiency, lightweight, and environmental friendliness". As a leading player in this field, aerogel felt, with its unique nanostructure and outstanding performance, is gradually replacing traditional insulation materials and becoming the core choice for energy conservation upgrades in various industries. 
In the industrial sector, solving the problem of high-temperature insulation is crucial for energy conservation and consumption reduction. In industrial production, heat loss from high-temperature equipment and steam pipelines is one of the main sources of energy consumption for enterprises. Traditional insulation materials are difficult to meet the demands of high temperatures, high humidity, and complex working conditions, and are prone to problems such as water absorption failure and settlement collapse. Aerogel blankets, composed mainly of nano-silica aerogel through a special process, have low thermal conductivity, high-temperature resistance, and hydrophobic moisture-proof properties. They can effectively block heat conduction and reduce heat loss. In scenarios such as steam networks in thermal power plants, reaction vessels in chemical plants, and high-temperature kilns in metallurgical plants, aerogel blankets can achieve seamless insulation, not only reducing energy consumption costs for enterprises but also enhancing the safety of equipment operation and extending the service life of equipment. 
In the construction field, promoting the development of green buildings and enhancing living quality have become the mainstream. In the construction industry, energy conservation, environmental protection, and efficiency have become the dominant trends. Aerogel blankets, with their "thin yet highly efficient" advantages, are widely used in various parts of buildings, such as exterior walls, roofs, floor heating, and curtain walls. Compared with traditional insulation materials, aerogel blankets are thinner, which can save building space and reduce the load on walls. They also have excellent fire resistance, sound insulation, and moisture-proof properties, effectively blocking outdoor temperature differences and improving indoor living comfort, helping buildings meet national energy-saving standards. Whether it is high-end commercial buildings, residential communities, or energy-saving renovations of old buildings, aerogel blankets can provide efficient and convenient insulation solutions. 
In the transportation sector, lightweight upgrades contribute to energy conservation and reduced consumption. The energy conservation and reduced consumption in the transportation industry cannot be achieved without the support of lightweight and efficient materials. The lightweight feature of aerogel blankets enables their wide application in new energy vehicles, high-speed railways, ships, and aviation. In new energy vehicles, aerogel blankets are used for thermal insulation in battery compartments, which can stabilize the working temperature of batteries, enhance the driving range, and at the same time reduce the vehicle's weight and lower energy consumption. In high-speed railways and ships, they can be used for thermal insulation in carriages and hulls, reducing energy consumption and improving the efficiency of operation and navigation. In the aviation field, they are used for thermal insulation and protection in aircraft cabins and fuselages, resisting extreme temperature differences at high altitudes. 
Special fields
Adapting to extreme environments, highlighting the value of technology. Besides the above three major fields, aerogel blankets are also widely used in special fields such as aerospace, cold chain logistics, electronic equipment, and national defense and military industries. In the aerospace field, they can be used for thermal insulation and protection of spacecraft, ensuring their normal operation in extreme temperature differences; in the cold chain logistics field, they are used for thermal insulation in refrigerated trucks and containers, maintaining a stable low-temperature environment, reducing cold chain energy consumption, and ensuring the transportation quality of fresh produce and medicines; in the electronic equipment field, they are used for heat insulation and moisture protection of precision components, preventing component damage and extending the service life of equipment.