With the development of the construction industry, reducing carbon emissions has become a recognized environmental protection concept. And the method of reducing carbon emissions can be carried out through energy saving, that is, using energy-saving materials. For example, the external insulation system is a relatively good energy-saving application system. Its main function is thermal insulation and constant temperature. For example, when we use air conditioning indoors, or refrigeration when storing food in cold storage, all require power supply. And maintaining temperature reduces electricity consumption, which indirectly reduces carbon emissions. Nowadays, using extruded boards as a general insulation system for the entire building, its performance is also constantly being researched and developed. Especially some quality-related problems in construction have been mentioned many times, allowing them to be effectively solved. For example, when cracks, surface bulging, or even falling off occur due to extruded board construction, we can take effective prevention or directly say rectification measures to solve these problems.
For the construction of extruded boards, we have also summarized some related problems. For example, how to ensure the service life of the thin plaster external wall insulation system in harsh environments, whether it can be used for a long time in humid environments, how to protect it from deformation at high temperatures, etc. These problems are what engineering workers have been trying to solve. Although extruded boards have gone through many years of development history and years of research and exploration, there will still be some unpredictable problems waiting to be solved.
As an energy-saving material, the unreasonable aspects of extruded boards themselves are constantly being improved and adopted. In the process of reducing carbon emissions, it will be an environmentally friendly material with energy saving, emission reduction, easy construction operation, and easy use.
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