Polymer-Cement Composites Containing Waste Perlite Powder

Area of Science:

• Materials Science
• Construction Engineering
• Sustainable Materials

Background:

• Polymer-cement composites (PCCs) offer enhanced material performance through interpenetrating networks.
• Sustainable construction necessitates the utilization of waste materials in building products.
• Mineral powders like fly ash and slag are established components in cement and concrete production.

Purpose of the Study:

• To investigate the feasibility of using perlite powder waste as a component in polymer-cement composites.
• To evaluate the mechanical properties and microscopic characteristics of perlite powder-modified PCCs.
• To assess the potential for creating sustainable building materials from industrial waste.

Main Methods:

• Preparation of polymer-cement composites incorporating perlite powder.
• Mechanical testing of the developed composite materials.
• Microscopic analysis to observe material structure and interactions.

Main Results:

• The incorporation of perlite powder into PCCs was demonstrated.
• Mechanical properties of the composites were evaluated.
• Microscopic observations provided insights into the composite structure.

Conclusions:

• Waste perlite powder can be rationally and efficiently utilized as a component in polymer-cement composites.
• This utilization contributes to the development of new building materials aligned with sustainable construction principles.
• The study indicates a viable pathway for transforming industrial waste into valuable construction materials.