In high-temperature industrial equipment, the selection of insulation materials is crucial, especially in metallurgy, power generation, and chemical industries. Aerogel felt, due to its low thermal conductivity and excellent high-temperature resistance, is increasingly used in these fields. Its nanoscale porous structure allows it to provide superior insulation even at ultra-thin thicknesses, reducing energy loss.

Aerogel felt is not only lightweight and flexible but also possesses strong temperature resistance, enabling stable operation in high-temperature environments. Its efficient insulation helps maintain a constant operating temperature, reducing energy consumption and improving production efficiency. Simultaneously, aerogel felt also exhibits certain compressive strength, adapting to complex high-temperature industrial environments.

During installation, the appropriate product specifications should be selected based on the specific temperature range and shape of the equipment, and a suitable outer protective layer should be used for fixation to ensure long-term stable insulation performance. Aerogel felt will play an increasingly important role in the insulation of future high-temperature equipment.