1. Unique heat insulation mechanism
the nanoscale porous structure of aerogel makes it have three major effects of "zero convection", "infinite path" and "infinite shield plate". The pore size is smaller than the free path of nitrogen and oxygen in the air, and the air molecules in the pore cannot achieve convection, which greatly reduces the thermal conductivity of the gas phase. When heat flow is transferred in solid, it can only be transferred along the pore wall, and the thermal conductivity path formed is very long. The pore wall inside the material acts as a heat shield for heat radiation, so that the radiation heat transfer drops to almost the lowest limit, and almost blocks all heat transfer pathways, so the thermal insulation performance is 2-5 times that of traditional thermal insulation materials.
2. Stronger fire resistance
Aerogel microporous blanket belongs to class A non-combustible material, due to the chemical stability of the material itself, it will not burn at high temperatures, and has good fire performance, which can provide reliable fire safety guarantee for construction, transportation and other fields. Compared with some traditional insulation materials, such as polyurethane insulation board and other B-class fire protection materials, it has more advantages in fire safety.
3. Lighter weight
Aerogel microporous blanket has ultra-light mass, extremely low density, the density per cubic meter is only about 3 kg, while the density of rock wool is 80-200KG per cubic meter, the thickness of the use is only 1/3 to 1/5 of the traditional insulation material. This feature makes it not add too much extra load to the application system, easy to install and transport, especially for aerospace and other fields where the weight is strictly limited, helping to improve the energy efficiency and mobility of the overall equipment.
4. More convenient installation
Aerogel microporous blanket has good flexibility, easy to cut and install, can adapt to a variety of complex installation environment and shape requirements, can greatly shorten the installation cycle, reduce installation labor costs, improve the overall efficiency of the project, unlike some traditional thermal insulation materials in the thermal insulation construction of special-shaped equipment or complex structures there are many restrictions.
Products application
1. Aerospace: Used for thermal insulation of spacecraft, satellites, rockets and other spacecraft to protect internal instruments and astronauts from extreme temperatures.
2. Construction industry
Wall insulation: Improve the energy efficiency of buildings and reduce the loss of heating and cooling air.
Roof insulation: reduces indoor temperature increase in summer and heat loss in winter.
Floor insulation: Used under the floor to prevent the rise of cold air on the floor.
3. Petroleum and chemical: Used for insulation of pipelines, tanks and reactors to maintain process temperature, reduce energy loss, and prevent condensation on equipment.
4. Transportation: Used for insulation of cars, trucks, trains and ships to improve comfort and fuel efficiency.
5. Aircraft thermal insulation: Thermal insulation materials used in aircraft to reduce weight and improve safety.
6. Clothing and textiles: Used to make high-performance outdoor clothing and equipment, such as thermal jackets, gloves, tents, etc.
7. Military field: Used for thermal insulation of military equipment and facilities, to protect military personnel and equipment from thermal radiation and flame.
8. Household appliances: for refrigerators, freezers, water heaters and other appliances insulation, improve energy efficiency.
9. Energy storage system: used for heat insulation of battery pack, prevent battery overheating, improve battery safety and service life.
10. Fire and Rescue: Insulation for fire clothing and rescue equipment to provide additional thermal protection.
Products FAQ
1. What are the main components of aerogel microporous blanket?
The main component of aerogel microporous blankets is aerogel, which is usually made of silicate, carbon, or other inorganic materials, plus some type of structural enhancer and binder.
2. What is the service life of aerogel microporous blanket?
The service life of aerogel microporous blankets is relatively long, usually reaching more than 20 years, depending on the environment and conditions of use.
3. Are there any special requirements for the installation of aerogel microporous blanket?
Aerogel microporous blankets are usually flexible in texture and easy to install, but should avoid damaging the material during installation, while ensuring that the joints are well sealed to maintain optimal insulation.
4. What are the storage conditions for aerogel microporous blankets?
Aerogel microporous blankets should be stored in a dry, ventilated environment, away from moisture and direct sunlight to keep their properties unchanged.
5. Is the product environmentally friendly?
Yes, it is non-toxic and harmless, and it is less polluting to the environment during production, use and waste. Its excellent thermal insulation performance helps to reduce energy consumption, thereby indirectly reducing environmental pollution caused by energy production and use, in line with the requirements of sustainable development
6. How compatible is it with other materials?
The thermal insulation sheet of aerogel microporous blanket has good compatibility with most common building materials and thermal insulation materials. In practical applications, it can be used with glass wool, rock wool, polystyrene board and other thermal insulation materials, but also with metal, plastic and other materials of equipment or pipe surface good fit, together to play the role of thermal insulation, improve the overall thermal insulation effect.
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