Weiler 95941 Scratch Brush Stainless Steel 3 Row

Product Description

The WEILER 95941 is a stainless steel scratch brush designed for surface preparation, cleaning, and light deburring work across trade and industrial applications. The brush features a 3-row, 7-column wire configuration with stainless steel fill material and a plastic handle. The 1/2-inch trim length keeps the wire stiff enough for effective scrubbing on metal, weld areas, and corrosion-prone surfaces. Stainless steel bristles resist rust contamination, making this brush a practical choice when working on stainless or aluminum substrates where carbon steel wire would cause cross-contamination.

This scratch brush suits a range of trade applications including HVAC, plumbing, electrical, and general mechanical work. It is commonly used to clean pipe ends before soldering or fitting, remove oxidation from metal surfaces, prep weld joints, and clear corrosion from terminals or fittings. The compact hand brush format fits easily into a tool bag and is suited for both bench work and field service calls.

Key Features

• Stainless steel fill wire resists rust and prevents cross-contamination on stainless or aluminum surfaces
• 3-row by 7-column wire layout provides consistent scratch coverage across the brush face
• 1/2-inch trim length delivers firm bristle action for surface prep and cleaning tasks
• Plastic handle keeps weight low and provides a comfortable grip during hand brushing
• Does not include a scraper attachment

Compatibility

Designed as a general-purpose hand scratch brush suitable for surface preparation tasks in HVAC, plumbing, electrical, and mechanical trade work.

Installation Notes

No power tools or specialized equipment are required to use this hand brush. When using stainless steel wire brushes near electrical components or live terminals, de-energize the circuit per NEC guidelines before brushing. Keep dedicated brushes for stainless and aluminum surfaces separate from those used on carbon steel to avoid material cross-contamination.