Rubbermaid FGF51600BL00 Cut-end Wet Mop Head Small Blue

Product Description

The RUBBERMAID FGF51600BL00 is a cut-end wet mop head designed for commercial and institutional floor cleaning applications. Built from blended fiber construction in a 4-ply configuration, it delivers solid absorbency for routine wet mopping tasks. The mop connects via a clamp jaw fitting, compatible with standard clamp-style mop handles. The head is sized small and features a 1-inch orange headband that helps identify the mop in multi-color-coded cleaning programs. Facility maintenance technicians and janitorial staff are the primary users of this replacement mop head.

This mop head is suited for wet mopping hard floor surfaces in commercial, institutional, and light industrial environments. The cut-end design is effective on smooth floors such as vinyl, tile, and sealed concrete. The blended fiber construction performs well for general-purpose soil and liquid pickup. It is intended as a single-use or limited-use non-launderable mop head, making it appropriate for facilities that use disposable mop programs to reduce cross-contamination risk between areas.

Key Features

• Cut-end design for effective soil and liquid pickup on hard floor surfaces
• Blended fiber construction with 4-ply thickness for reliable absorbency
• Clamp jaw connection type fits standard clamp-style mop handles
• 1-inch orange headband supports color-coded cleaning system identification
• Small mop head size suited for tighter spaces and lighter cleaning loads
• Non-launderable construction intended for single-use or disposable mop programs

Compatibility

Designed for use with clamp jaw style mop handles. No specific handle model numbers or system families were identified in the product data.

Installation Notes

Attachment of this mop head requires a clamp jaw mop handle. Open the clamp jaw fully, thread the headband through the jaw, and secure the clamp before use. No tools are required for installation. Inspect the mop head before each use and replace when fiber integrity or absorbency is compromised.