Aerogel Fiberglass Insulation - the Key Material to Solve the Contradiction Between "Energy Saving" and "Fire Fighting"
In the green development rose to a national strategy today, energy saving building Aerogel Fiberglass Insulation materials industry is to achieve the most important goal of sustainable development. At present, energy consumption accounts for most of the building energy consumption, and an important way to improve the energy-saving effect of the building is to adopt the wall material with high thermal insulation performance. However, if there is no Class A fireproof material with good thermal insulation performance, the higher the energy saving standard, the more potential safety hazard.
However, from the current global application of insulation materials, there is still widespread problem of poor fire performance. This makes "building energy efficiency" and "fire safety" become "fish and bear's paw", it is difficult to have both. However, this does not mean that the goal of building energy efficiency and fire safety can not be achieved at the same time. Only now, taking into account the dual standards of energy saving and fire safety products because of the difficulty of obtaining market recognition and promote the application, which also resulted in two consequences: First, the actual selection, building energy saving "give way" life safety; second is Fire at the expense of energy saving effect, making the building high energy consumption in the post.
In fact, Aerogel Fiberglass Insulation is the key material to solve the contradiction between "energy saving" and "fire fighting". It is a nano-porous material, is the lightest solid material in the world, with good insulation effect, A-class fire, high hydrophobic and other superior features. However, the industrialization of aerogels is also just beginning, the urgent need for industry-wide focus and collaborative support.
Silica Aerogel Fiberglass Insulation is ranked first in the "Top Ten Future Materials" selected by the global media and honored as "revolutionary new material". It is in line with the new material industry policy and building energy efficiency, industrial energy-saving policies, with a wide range of development and application prospects. SiO2 aerogels belong to new frontier materials. At present, they are mainly used in aerospace and military fields. Due to their unique thermal insulation properties, their applications in the industrial field are called revolutionary solutions. Compared with the traditional insulation materials, the fire prevention effect is good, the thermal conductivity is low, the material consumption can be significantly reduced, and a higher energy saving and environmental protection effect can be achieved. According to the application of Aerogel Fiberglass Insulation materials in Karamay Oilfield project in Xinjiang, the energy saving of Aerogel Fiberglass Insulation materials is 34.6% compared with silicate insulation materials. In engineering application of Liaohe Oilfield in Liaoning, Aerogel Fiberglass Insulation materials and composite silicate insulation Compared to materials, heat loss is reduced by 38.5%. Therefore, the development of a new type of SiO2 Aerogel Fiberglass Insulation material will help promote the thermal insulation material industry structure adjustment and industrial upgrading.