Nanotechnology and The Science of Clean™.

What is nanotechnology and why does it matter for cleaning?

Surfaces that appear smooth to the eye can contain microscopic pores and imperfections. Dirt, oils, minerals, soap residue, and environmental contaminants can settle into those openings and create difficult cleaning cycles.

Glass, stone, metal, tile, and other architectural materials can collect water, dust, oil, salt, mildew, bacteria, lime, and minerals in their microscopic surface structure. Repeated exposure can contribute to water spots, staining, corrosion, oxidation, and a dull or worn appearance.

Diamond Seal Systems describes The Science of Clean™ as a surface-care approach that uses nanotechnology and protective treatments to create a smoother, cleaner, longer-lasting treated surface. The goal is to reduce harsh cleaning cycles and make regular maintenance easier.

Bonding, maintenance, and the Forever Brilliant™ surface.

DSS describes its protective treatments as forming a covalent bond with compatible silica-based substrates such as glass, granite, tile, and porcelain. By occupying reactive points at the surface, the treatment is designed to make water, contaminants, and residue less likely to bond to or remain on the treated material.

Maintenance remains important, especially on glass exposed to soaps, body oils, minerals, and heavy water volume. The protective treatment and the integrated DSS maintenance system are intended to work together rather than replace regular care.

Cleaner environments with fewer harsh products.

The DSS maintenance approach emphasizes proper cleaning protocol, compatible products, and easier ongoing care instead of constant scrubbing with harsh detergents, abrasives, or acid-based cleaners.

Approved DSS antimicrobial technology adds another surface-care option where a compatible treated surface calls for an antimicrobial barrier. Product selection, application, and maintenance instructions should be matched to the specific environment.