Groundbreaking Research on PMMA-Core Concrete’s Innovative Functions
A research project led by core members from PEDI Civil Solutions (Dr. Nguyen Minh Hai and Ms. Mai Thi Thu Thuy) announced a notable achievement in the field of construction materials in May 2025. The paper, titled “Experimental investigation of the novel functions of polymethyl methacrylate-core concrete in light transmission and electromagnetic spectrum modification,” revealed the characteristics of a new type of concrete that incorporates polymethyl methacrylate (PMMA) as a core material.
This study demonstrated several remarkable features of PMMA-core concrete, including:
- Enhanced Light Transmission:
By leveraging PMMA’s high light transmittance (up to 92%), this concrete allows natural light to penetrate interior spaces, promoting brighter and more sustainable building environments. (en.wikipedia.org) - Electromagnetic Spectrum Control:
The PMMA-core concrete can modify the transmission characteristics of specific electromagnetic waves (e.g., 5G frequencies), enabling optimization of the indoor electromagnetic environment. (sciencedirect.com) - Rich Color Display Capabilities:
PMMA’s properties allow for the projection of vivid and diverse colors on concrete surfaces, expanding the creative possibilities in architectural design. (sciencedirect.com)
🏗️ Potential Applications in the Construction Sector
PMMA-core concrete offers significant potential in sustainable and innovative construction, including:
- Energy Efficiency:
Natural light transmission reduces the need for artificial lighting, supporting greener building practices. - Electromagnetic Environment Optimization:
Controlling the transmission of electromagnetic waves can enhance communication environments and reduce interference within buildings. - Enhanced Aesthetic Design:
The ability to project a wide range of colors onto surfaces boosts architectural creativity and visual impact.
These features highlight PMMA-core concrete as a next-generation building material that combines functionality with design flexibility.
At our company, we are committed to integrating advanced and sustainable construction materials into our projects. We will continue to monitor developments in PMMA-core concrete and explore how such innovative technologies can help create better building environments.
For more information on this research, please visit the following link: https://doi.org/10.1016/j.coco.2025.102488