A new breakthrough concerning electromagnetic wave absorption building materials is considered in the Journal of Materials Science & Technology. The advanced coating materials with green technology can make building more sustainable in the coming years.

Because of the pervasive use of electronic equipment, electromagnetic (EM) radiation in buildings has skyrocketed. EM radiation envelops human life from various electronic transmission emission sources, accompanied by EM wave intervention, human health harm, data security spillages, residential pollutions, and other issues.

Buildings can meet human beings’ basic living needs, whilst also realizing people’s desire for a living environment free of EM radiation. Constructions, as the primary location for human daily life, are perfect carriers for realizing the damage of EM radiation preventative measures for humans. As a result, the advancement of building supplies with EM wave radioactivity prevention functions may be able to meet the demand.

The use of EM wave absorbing construction materials in the sector of building structures can endow construction with EM radiation protection features, thereby enhancing the EM atmosphere of the building structures.

This is critical to creating EM wave absorbing components for buildings, which are crucial components that enhance the field’s efforts in improving EM protection, thereby achieving better and faster environmental sustainability for humans. Anti-EM radiation structures that prevent supplementary EM pollution are primarily based on the absorption concept. As a result, materials based on EM wave absorption became the topic of studies for EM radiation protection in buildings.

In contemporary days, concrete is among the most significant civil engineering components. It is composed of a specific proportion of concrete mixtures, agglomerates, and water, is created by stirring and pulsating, and is successfully treated under specific conditions.

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