Polished Concrete Floors: Polished concrete involves a process where the surface of the concrete is ground down using progressively finer diamond abrasives until it achieves a high-gloss finish. This process enhances the concrete’s natural beauty and creates a sleek, modern look that can be tailored to various levels of shine.
Densified Concrete Floors: Densification is a process that involves applying a chemical densifier to the concrete surface. In Duratech we use Nano Silica Trowel hard Liquid Densifier This densifier reacts with the concrete to fill in the pores and make the surface denser and harder. The densification process improves durability and helps achieve a longer-lasting, more resilient floor.
Aesthetic Appeal: Polished concrete floors offer a high-gloss finish that can enhance the appearance of any space. Whether you prefer a mirror-like shine or a more subtle sheen, polished concrete can be customized to match your design vision.
Durability: Both polished and densified concrete floors are highly durable. The densification process strengthens the concrete, making it resistant to abrasion, impact, and wear. Polishing further protects the surface and helps prevent damage.
Low Maintenance: These floors are easy to maintain. Regular sweeping and occasional mopping are usually sufficient to keep them looking their best. The polished surface resists stains and spills, making cleanup simple.
Cost-Effectiveness: Polished and densified concrete floors are cost-effective compared to other high-end flooring options. The durability and low maintenance requirements also contribute to long-term savings.
Eco-Friendly: Concrete is a sustainable flooring option. By polishing existing concrete, you can avoid the need for new materials, and the reflective surface can help reduce lighting costs by increasing natural light in the space.
Versatility: Polished and densified concrete floors come in a variety of finishes and colours, allowing you to achieve the exact look you want. They work well in both contemporary and traditional settings.