Aerogel Spaceloft Blanket

1.Good flexibility and machinability
It has a certain degree of flexibility, it can bend, fold and other operations according to the actual application scenario to adapt to different shapes of objects or Spaces. For example, when wrapping a pipe for heat insulation, it can be tightly fitted to the surface of the pipe to ensure that there are no gaps, thus improving the insulation effect. It can also be cut easily, which is convenient for the installer to process according to the specific size requirements, making the installation process smoother.

2.Efficient use of space
Due to its excellent thermal insulation performance, in some application scenarios where space is limited, the required thermal insulation effect can be achieved at a relatively thin thickness. This can save a lot of space compared to traditional insulation materials that require a larger laying thickness to achieve the same insulation effect. For example, in space demanding facilities such as aerospace spacecraft, precision instruments and equipment, this efficient use of space is more obvious.

3.High chemical stability
In the chemical industry, petroleum and other industrial environment, may be exposed to various acids, bases, organic solvents and other chemicals, it can resist the erosion of these chemicals to a certain extent, will not easily occur chemical reactions and lead to performance changes. This feature ensures that it can maintain its thermal insulation and other related functions in complex chemical environments.

1. Floor insulation: installed under the floor, can prevent the cold of the ground into the room, while reducing the indoor heat loss down, especially suitable for bottom houses or places with special insulation requirements, such as basement, cold storage and other nearby ground insulation.
 

2. Petrochemical industry: It has important applications in the thermal insulation of oil pipelines, refinery equipment, storage tanks, etc., which can effectively reduce energy consumption, prevent heat loss, ensure stable temperature in the production process, improve energy efficiency, and also help protect operators from high temperature burns, and reduce product quality problems caused by heat loss.
 

3. Power industry: It can be used for thermal insulation of boilers, steam pipelines, thermal pipe networks and other equipment in power plants to reduce heat loss in the transmission process, improve power generation efficiency, reduce energy consumption and operating costs, and can also be applied to electrical equipment insulation in substations to prevent equipment from affecting performance and life due to overheating.
 

4. Aircraft heat insulation: For aircraft, spacecraft fuselage, wing, engine compartment and other parts of the heat insulation, can effectively maintain the cabin temperature in extreme high-altitude low temperature environment, reduce heat loss, while flying at high speed, can also resist the high temperature caused by air friction, to protect the normal operation of aircraft structure and equipment, in addition, its light characteristics help reduce the weight of aircraft, aircraft, aircraft and other parts of the aircraft. Increase fuel efficiency and range

1. How well insulated is it?
The thermal conductivity is very low, 14 mw m⁻¹ k⁻¹, about 2.5 times that of polystyrene foam, which can effectively block heat flow transfer, and provide better thermal insulation effect than traditional thermal insulation materials at the same thickness, greatly reducing heat loss.

2. What are the main applications in the field of construction?
Can be used for building walls, roofs, floors, doors and Windows and other parts of the heat insulation, effectively reduce the building's energy consumption, improve energy efficiency, so that indoor to maintain a more stable temperature, but also help reduce the frequency of air conditioning and heating use, save energy costs

3. What are the advantages in clothing and outdoor goods?
As a thermal filling material used in the manufacture of winter clothing, outdoor sleeping bags, etc., its excellent thermal insulation performance can effectively maintain human body temperature in cold environments, and compared with traditional thermal materials, under the same thermal effect, our product is thinner, lighter weight, more comfortable and lightweight.

4. Does it shield or conduct electromagnetic radiation?
The aerogel material itself is mainly used for thermal insulation and has no obvious shielding or conducting effect on electromagnetic radiation. However, if there is a need for electromagnetic shielding in the application scenario, it can be used together with other electromagnetic shielding materials without affecting the thermal insulation function of the product itself.

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