About Light Reflective Polished Concrete
Light reflective polished concrete combines high-gloss polishing with concrete's natural properties to create floors that maximize ambient light in commercial spaces. These floors can significantly reduce lighting requirements while providing the durability and low maintenance that commercial operations demand.
The polishing process transforms concrete into a reflective surface through progressive grinding with finer diamond grits, densifier application, and final polishing to specified sheen levels. Higher sheen levels increase light reflection but require more processing.
Commercial applications include retail stores, warehouses, office buildings, and any large space where lighting costs are significant. Studies show polished concrete floors can reduce lighting requirements by 30% or more compared to dark or matte floor surfaces.
Beyond energy savings, light reflective polished concrete improves visibility and creates a clean, modern appearance that enhances commercial environments. The floors require minimal maintenance compared to coatings or coverings.
What’s Included
- Floor assessment and condition report
- Surface preparation and repairs
- Progressive diamond grinding
- Densifier application
- High-gloss polishing sequence
- Guard or sealer application
- Reflectivity verification
- Maintenance training and documentation
Frequently Asked Questions
How much can polished concrete reduce lighting costs?
Light reflective polished floors can reduce lighting requirements by 30% or more depending on sheen level and space configuration. The reflective surface bounces ambient and artificial light, reducing the lighting needed to achieve target illumination levels.
What sheen level provides the most light reflection?
Higher sheen levels reflect more light. We typically recommend 800-1500 grit final polish for maximum reflectivity. The very highest sheen levels require additional processing but provide the greatest light reflection benefits.
How does polished concrete compare to epoxy for reflectivity?
Well-polished concrete can match or exceed epoxy reflectivity while providing better durability and lower maintenance. Polished concrete also offers more consistent reflectivity over time as it does not yellow or wear through like coatings.
Can existing floors be polished to high reflectivity?
Most concrete floors can be polished, but results depend on the original concrete quality and condition. We assess existing floors and provide realistic expectations for achievable reflectivity levels.
What maintenance do reflective polished floors require?
Regular dust mopping and periodic damp mopping maintain reflectivity. Annual burnishing may be recommended for high-traffic commercial spaces. No waxing or stripping is required, reducing long-term maintenance costs.