Non-Scratch Sponge Cleaning Pad for Commercial Kitchens

Gentle and Effective Non-Scratch Sponge Cleaning Pad for Multi-Purpose in Commercial Kitchens

1.Product description

Our innovative non-metallic mesh scrubber revolutionizes kitchen cleaning with its unique combination of gentleness and effectiveness. This high-performance scouring pad features a specially engineered abrasive surface that tackles stubborn food residues while being completely safe for delicate cookware surfaces. The advanced sponge core provides exceptional cleaning power without leaving scratches, making it ideal for daily use on all types of kitchenware.

2.Specification

3.Application

Comprehensive cookware maintenance - excellent for stainless steel pots, baking sheets, and serving dishes
Sensitive surface care - protects non-stick coatings, ceramic finishes, and glass cooktops
Challenging stain elimination - powerful against baked-on grease, burnt marks, and tough residues
Versatile cleaning solution - equally effective for home kitchens, food service establishments, and catering facilities

4.Advantage

Sustainable materials - environmentally conscious PET/PVC composite
Superior liquid retention - absorbs 2.5-5 times its weight in cleaning solutions
Surface-safe technology - powerful cleaning without abrasive damage
Enhanced longevity - steel wire reinforcement extends product life
User-friendly form - spherical contour ensures comfortable grip

5.FAQ

Q: Will this damage my expensive non-stick cookware?
A: Rest assured, our specially designed mesh structure provides thorough cleaning while preserving delicate surfaces.

Q: How does it perform with liquid detergents?
A: The exceptional absorbency enhances soap distribution, creating rich lather for superior cleaning performance.

Q: How durable is this compared to conventional sponges?
A: The reinforced composite structure offers 3-5 times longer service life than ordinary kitchen sponges.

Q: Can it withstand outdoor use?
A: We recommend indoor use only, as prolonged sunlight exposure may affect material integrity.