Technical Information *Introduction of Technical Content and Evaluation Examples

Publication of case studies on dust adhesion prevention + glass burning prevention (substrate deterioration prevention) + anti-fouling technology evaluation.

We are introducing "Dust Adhesion Prevention + Glass Burn Prevention (Substrate Degradation Prevention) + Anti-Fouling Technology" in sustainable technology. As background for this technology, solar power panels are often installed in vast natural environments to capture more sunlight, and particularly in desert areas, there is concern that sand blown by the wind adheres to the panels, obstructing light and reducing power generation. The "Dust Adhesion Prevention + Glass Burn Prevention (Substrate Degradation Prevention) + Anti-Fouling Technology" developed by our company can improve the light transmission rate by approximately 3-5% in the visible light spectrum (380nm to 780nm), which enhances the capture of sunlight (AR effect) and contributes to improving the efficiency of solar power generation and solar thermal power generation. [Contents] ■ Background of the technology ■ Details of the developed technology *For more information, please refer to the external link or PDF materials, or feel free to contact us.

Exterior wall Shirasu/Clay wall