Foaming Degreasers

The best foam degreasers combine strong cleaning power with surface safety. SIMIX Cleaner & Degreaser uses peroxide-based chemistry rather than harsh acids or abrasives, making it effective on concrete, masonry, and commercial kitchen surfaces while being NSF-certified and safe for regular use in food service and institutional environments.

Foaming degreasers are formulated by combining oxidative cleaning agents, engineered surfactants, and foam-stabilizing additives that allow the product to cling to vertical or textured surfaces for extended dwell time. Commercial-grade options like SIMIX Cleaner & Degreaser are professionally formulated with peroxide-based chemistry for consistent, tested performance rather than DIY mixing.

The best grease-removal cleaners target embedded contaminants without damaging the underlying surface. SIMIX Cleaner & Degreaser penetrates porous concrete, masonry, and kitchen surfaces to lift grease and grime using peroxide-based chemistry, avoiding the surface degradation that harsh acids or abrasive scrubbing methods can cause over time.

Yes. SIMIX Cleaner & Degreaser is NSF-certified as a multi-surface peroxide cleaner and degreaser, making it suitable for food service environments including commercial kitchens. It has been deployed at locations like The Original Pancake House for grease management without introducing harsh chemical residues into food preparation areas.

SIMIX Cleaner & Degreaser is compatible with porous concrete, masonry, stone, travertine marble, stucco, brick, precast panels, and architectural stone. It's designed to penetrate embedded contaminants on these surfaces without the harsh acids or abrasive methods that can damage sensitive materials over repeated cleaning cycles.

Application frequency depends on grease and contaminant buildup, surface exposure, and traffic levels. Facilities typically use SIMIX Cleaner & Degreaser as the first step before applying SIMIX Ceramic Clear Coat, which extends maintenance cycles by resisting future staining and biological growth, reducing how often deep cleaning is needed.