Hygienic Hard Surface Cleaner Concentrates

The best hard floor cleaners use peroxide-based, non-abrasive chemistry that lifts grease and biological soil without degrading sealants or coatings. SIMIX's degreaser concentrate cleans concrete, stone, and masonry floors effectively, and when followed by a ceramic protective coat, it reduces stripping and burnishing needs by 20–40%.

Hygienic hard surface cleaner concentrates use oxidative chemistry, such as peroxide, combined with engineered surfactants to break down grease, biofilm, and embedded contaminants at a molecular level. Once diluted and applied, they penetrate porous substrates like concrete and masonry, lifting pollutants without abrasive scrubbing or harsh acids, then rinse away cleanly.

Yes. SIMIX's peroxide-based formulations are NSF-certified, water-based, zero-VOC, and non-toxic, making them safe for use around employees, customers, and pets in commercial, institutional, and residential settings. The products avoid harsh acids and abrasive methods, reducing exposure risks during and after application.

These concentrates are formulated for porous concrete, masonry, natural stone, travertine marble, stucco, brick, and precast architectural panels. They're commonly applied to exterior facades, walkways, plazas, parking structures, and driveways where embedded dirt, biological growth, and staining need removal before protective coating.

Treatment frequency depends on exposure and traffic, but when paired with a ceramic clear coat, surfaces stay cleaner longer, extending maintenance cycles significantly. Facilities report reduced need for repeat degreasing and stripping, with documented case studies showing protective results lasting 15+ years.

While SIMIX offers DIY-friendly formulations for homeowners, professional application is recommended for commercial and institutional facilities to ensure proper dilution, surface preparation, and coverage. SIMIX provides surface evaluation and professional application services to maximize cleaning effectiveness and coating adhesion.