Bsc Preferred MAT161GN Waffle Pattern Floor Mat

Product Description

The BSC PREFERRED MAT161GN is a heavy-duty entrance floor mat designed with a raised, square waffle pattern that mechanically scrapes dirt, water, and debris from shoe soles before it reaches interior flooring. The mat absorbs water, snow, and ice melt, keeping surrounding floor surfaces drier and reducing slip hazards in high-traffic entry areas. It dries quickly after saturation and resists color fading with repeated use. Facility maintenance staff and building service contractors install this mat in commercial and industrial settings where entrance control is a daily concern.

This mat is suited for commercial entryways, lobbies, warehouses, and facility corridors where foot traffic brings in significant moisture and debris. The waffle surface geometry works on wet and muddy footwear alike. Cleaning is straightforward: vacuum, hose off, steam clean, or shampoo as conditions require. This product is equivalent to part number H-628G.

Key Features

• Raised square waffle pattern scrapes shoes clean of dirt, water, and debris at entry points
• Absorbs water, snow, and ice melt to reduce wet-floor conditions
• Quick-drying construction minimizes downtime between cleanings
• Fade-resistant material maintains appearance with repeated washing
• Multiple cleaning methods accepted: vacuuming, hosing, steam cleaning, or shampooing
• Equivalent replacement for part number H-628G

Compatibility

Equivalent to part number H-628G. Designed as a direct replacement for standard commercial entrance and facility floor matting applications.

Installation Notes

Facility maintenance personnel typically position entrance mats flat against the floor in doorway transition zones with adequate clearance for door swing. Ensure the mat lies flat without curled edges that could create a trip hazard. On hard-surface floors, verify that the mat backing grips the substrate securely before returning the area to foot traffic. Inspect periodically for wear or compression that reduces scraping effectiveness.