1.Excellent thermal insulation: The low thermal conductivity of the aerogel core material makes it excellent in thermal insulation and can effectively reduce the transfer of heat on both sides of the plate, suitable for environments with strict temperature control requirements.
2.Good mechanical properties: Thanks to the high strength of the panel material, the sandwich board has high strength and stiffness, and can withstand large loads without deformation or damage.
3.Lightweight characteristics: The low density and reasonable structural design of aerogel make the whole sandwich plate relatively light in weight, easy to handle and install, and has obvious advantages in weight-sensitive application scenarios, such as aerospace field, can reduce the weight of aircraft, reduce energy consumption, and improve flight performance.
4.Waterproof and moisture-proof performance: the structure of the sandwich board is relatively dense, which can prevent water penetration to a certain extent, and is suitable for humid environments or places with high waterproof requirements.
Products application
1. Heat dissipation and insulation: used for computer servers, communication base station equipment, etc., to distribute heat from electronic components, isolate external heat, and ensure stable operation of equipment.
2. Heat preservation and energy saving: used in refrigerators, ovens and other electrical appliances to reduce heat transfer, reduce energy consumption, and maintain temperature stability.
3. Solar energy utilization: improve the thermal insulation performance of solar water heater water tank and pipeline; It is used for heat insulation on the back of photovoltaic modules in photovoltaic power generation system to improve photoelectric conversion efficiency.
4. Wind power generation: used for wind turbine nacelle cover, blades, reduce weight, improve power generation efficiency, enhance impact resistance and temperature adaptability.
5. Sports equipment: such as skis, surfboards, etc., improve equipment performance, reduce weight, enhance athlete experience.
6. Outdoor equipment: used for tents, sleeping bags, refrigerated boxes, etc., to provide a comfortable environment and extend the preservation time.
7. Equipment operation guarantee: Used for medical equipment requiring precise temperature control to ensure internal temperature stability and improve accuracy.
8. Cold chain transport: used for thermal insulation of medical supplies transport containers to ensure quality and public health safety.
9. Low temperature experiment: used in low temperature refrigerators, liquid nitrogen tanks, etc., to stabilize the low temperature environment and provide conditions for scientific research.
10. High temperature experiment: used for high temperature sintering furnace and other equipment shell insulation, improve energy efficiency, to ensure the safety of the experiment.
Products FAQ
1.The thermal insulation principle of Aerogel Sandwich Panel?
Based on the nanoscale porous structure of the aerogel core material, the porosity is high, the air is difficult to convection and the thermal conductivity is low, and the thermal conductivity of the solid skeleton is also low, thus achieving excellent thermal insulation.
2.What are the specific applications of aerogel materials in the field of new energy vehicles?
Aerogel has the characteristics of high flame retardant performance, light size and small amount, can become the best choice of power battery cell insulation material, has been used by battery companies and new energy vehicle manufacturers, is gradually becoming the industry standard and specification.
3.What is the function of the support component of the aerogel insulation sandwich composite wall panel?
A supporting structure is formed through the combination of the frame, the main inclined strut and the auxiliary inclined strut, so that the main inclined strut and the frame are triangular, a number of auxiliary inclined strut and the main inclined strut are triangular, and the strong supporting ability of the triangle is used to improve the overall strength of the composite plate body, and prevent the extrusion of the composite plate body during transportation, installation or later use.
4.What are the advantages of aerogels in pipe insulation?
Although the price of aerogel is relatively expensive, its service life is longer, the amount of use is less, it is not easy to absorb water, and the flame retardant performance is good, which fits the general trend of energy saving and emission reduction. For example, in the long-haul steam pipeline project, the aerogel composite insulation scheme can greatly reduce the heat loss, and can recover the increased initial investment cost after a certain time.
5.What are the specific steps of the construction of the aerogel insulation wall?
Generally, the construction of aerogel coating is carried out first, including basic treatment, undercoat treatment, coating construction, coating maintenance and other steps; Then the thermal insulation board installation, involving basic treatment, selection of thermal insulation board, size measurement, cutting thermal insulation board, paint paste, thermal insulation board lap, etc.; Finally, paste the paint, including primer treatment, coating, curing and so on. However, the actual construction needs to be adjusted according to the situation, while paying attention to safety and environmental protection.
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