Accuform Manufacturing FS1 Caution Wet Floor Sign

Product Description

The ACCUFORM MANUFACTURING FS1 is a dual-message, foldable wet floor caution sign constructed from 4 mil corrugated polyethylene. It displays two warnings: one printed on the inside of the plastic base and one on the outside, covering both Caution Wet Floor and Caution Slippery When Wet messaging. The lightweight, fully waterproof construction makes it suitable for repeated use in wet environments. At 0.57 pounds and measuring 20 inches long by 12 inches wide, it is easy to carry and deploy. Facility maintenance technicians, janitorial staff, and safety coordinators are the primary installers and users of this sign.

This sign is used in commercial and institutional settings where wet or slippery floor conditions must be communicated quickly. Typical applications include restroom maintenance, floor mopping operations, spill response, and post-cleaning safety marking in hallways, lobbies, kitchens, and other high-traffic areas. Its foldable design allows it to collapse flat when not in use, reducing storage space requirements in maintenance carts and closets.

Key Features

• Dual-message design: Caution Wet Floor on one face, Caution Slippery When Wet on the other
• Constructed from 4 mil corrugated polyethylene for a fully waterproof surface
• Foldable and flat-storing design minimizes storage footprint
• Lightweight at 0.57 pounds for easy one-handed deployment
• Yellow coloring meets common visual safety conventions for wet floor hazard signage

Compatibility

Designed as a general-purpose wet floor caution sign for use in any indoor commercial, institutional, or industrial facility where temporary wet surface hazards must be marked.

Installation Notes

No tools or fasteners are required for deployment. Open the sign and place it on the floor in the affected area before beginning any wet floor work. Remove the sign only after the floor surface is fully dry and safe for foot traffic. Store the sign flat to preserve the corrugated panel integrity over time.