Interior ceiling: Installing aerogel insulation material can reduce the heat from direct sunlight and lower the temperature inside the vehicle (products such as insulation felt). 
Automobile glass: Apply aerogel transparent heat insulation coating on the surface of the automobile glass. 
Vehicle chassis position: The chassis is positioned relatively low, which is susceptible to the heat radiation from the ground. Installing aerogel insulation and heat preservation materials can reduce the transfer of this heat to the interior of the vehicle. 
Under the seat cushion in the rear of the car: The aerogel insulation material beneath the seat cushion can reduce the heat transferred from the ground and the trunk, thereby enhancing the riding comfort. 
The firewall between the cockpit and the engine compartment: The firewall serves as an important barrier to isolate the high temperature of the engine compartment. Installing aerogel insulation material can protect the cockpit from excessive heat. 
Around the exhaust pipe: The exhaust pipe is a part of the vehicle that generates high temperatures. Installing aerogel insulation material around it can prevent heat from spreading to other components, thus avoiding damage to the components due to overheating. 
Around the three-way catalytic converter: The three-way catalytic converter is sensitive to temperature. Installing aerogel insulation material can help maintain its operation within the appropriate temperature range. 
Engine hood: The aerogel insulation material above the engine hood can reduce the impact of the heat emitted by the engine on the roof and the front passenger area. 
Sealed areas such as the car doors, windows and trunk: The aerogel insulation strips in these areas can prevent the infiltration of hot air and noise, thereby enhancing the comfort and quietness inside the vehicle.