Pro-source M700080 Microfiber Duster 30 Inches Blue

Product Description

The PRO-SOURCE M700080 is a 30-inch microfiber duster designed for dust removal in facilities, workshops, and service environments. The microfiber construction attracts and traps dust particles rather than scattering them, making it a practical choice for cleaning HVAC equipment surfaces, electrical enclosures, condenser coils, and other trade-service areas. At 0.42 pounds, it is lightweight enough for extended use during routine maintenance visits. The 7-inch duster width provides broad surface coverage per pass, reducing the number of strokes needed to clear dust from equipment panels and louvered surfaces.

This duster suits residential and light commercial service applications where technicians need a quick, effective way to clear dust from equipment before inspection or repair. It is well suited for HVAC, electrical, and plumbing service professionals who include equipment cleaning as part of a standard service call. The blue colorway allows easy identification in a tool bag or parts tray. Packaged individually, it works as a standalone replacement or as a stocked consumable for service vehicles.

Key Features

• 30-inch overall length reaches into tight equipment spaces without requiring a ladder or full access panel removal
• 7-inch duster width covers broad surface areas in fewer strokes
• Microfiber material traps and holds dust particles rather than redistributing them
• Lightweight at 0.42 pounds for comfortable extended use
• Blue color for easy identification in a service kit

Compatibility

General-purpose microfiber duster suitable for cleaning equipment surfaces across HVAC, electrical, plumbing, and facility maintenance applications.

Installation Notes

Power down or de-energize electrical and HVAC equipment before using any duster near live components or moving parts. Avoid contact with energized terminals, open flame, or hot surfaces. Microfiber dusters are intended for dry use only. Launder or replace the duster head when dust-trapping capacity is visibly reduced.