Aerogel insulation board is a new type of highly efficient insulation material formed by combining nano-aerogel with inorganic fiber materials. Lammi aerogel board is a lightweight and sturdy material. It uses special fiber threads as the base material and is produced through our company's independently developed nano-composite technology. It has excellent compressive strength and corrosion resistance. The thermal conductivity of aerogel board is low, and its insulation performance far exceeds that of conventional materials. It can effectively block the transmission of heat flow and greatly improves the thermal efficiency of equipment. Due to its unique structure and properties, aerogel board is widely used in various insulation and heat preservation fields, making it an effective insulation material. 
I. Composition and Structure 
1. Aerogel: It is the core component of aerogel insulation board. It is a three-dimensional continuous porous material composed of nanoscale pores and nanoscale frameworks. It has a high porosity, low density, and large specific surface area, and is a solid material with the lowest known thermal conductivity. 
2. Fibrous materials: such as carbon fiber, glass fiber, ceramic fiber, pre-oxidized fiber, etc. When combined with aerogel, they play a role in enhancing the properties, compensating for the brittleness of aerogel itself, and enabling the aerogel insulation board to have excellent flexibility and mechanical properties.
II. Characteristics of Aerogel Insulation毡 
Extremely low thermal conductivity: It can effectively reduce the solid-state heat conduction of the material, inhibit the convective heat transfer of gas molecules, and due to its absorption and reflection of heat radiation, its heat insulation effect is 2-5 times that of traditional heat insulation materials. 
2. Excellent fire resistance performance: The flame retardant effect is excellent. It is non-flammable and difficult to ignite, effectively reducing fire hazards. 
3. Excellent hydrophobic property: The hydrophobic rate usually reaches over 99%, and water on the material surface exhibits a waxy-like repelling effect, effectively preventing water vapor from entering the equipment interior while allowing water vapor to pass through, which helps maintain the equipment dry. 
4. Lightweight and portable: The aerogel itself has a low density, and the lightweight nature of the fiber material further contributes to the overall light weight of the aerogel insulation board. This makes it easy to transport, install and construct, and significantly reduces the weight of the equipment. 
5. Convenient for construction: The material is soft and easy to cut and sew. It can meet the insulation and heat preservation requirements of various shapes of equipment and pipelines. The installation process is simple, which can reduce construction time and costs. 
6. Sound insulation and earthquake resistance: The three-dimensional porous network structure can achieve the functions of sound absorption and noise reduction, as well as shock absorption. It not only provides insulation for the equipment but also improves the environmental quality and protects the equipment from being affected by vibrations. 
7. Safety and Environmental Protection: The production process is environmentally friendly, free from harmful substances to the human body, and the content of dissolved chloride ions is extremely low. 
8. Excellent durability: It has high durability. The nano three-dimensional network structure provides excellent high-temperature stability, enabling it to maintain its performance for a long time in harsh environments. It does not settle or deform over a long period of use.