Osborn 0008310000 Scratch Brush Steel 4 Row 19 Column

Product Description

The OSBORN 0008310000 is a steel-fill scratch brush designed for surface preparation, rust removal, and cleaning on metal, masonry, and other hard surfaces. It features a 4-row, 19-column wire configuration that delivers consistent scrubbing coverage across the working face. The curved wood handle provides a secure, comfortable grip during repeated scrubbing strokes. This brush is a standard hand tool used by HVAC technicians, plumbers, electricians, and general tradespeople for cleaning fittings, pipe ends, weld areas, and other surfaces before joining or finishing work.

The 0008310000 is suited for light to moderate surface prep tasks in both residential and commercial settings. Common applications include cleaning copper fittings before soldering, removing oxidation from metal surfaces, clearing scale from threaded pipe connections, and preparing surfaces for coating or inspection. The curved handle angle reduces wrist strain during extended use on flat or slightly curved work surfaces.

Key Features

• Steel wire fill for effective removal of rust, scale, and surface debris
• 4-row by 19-column brush face for broad, even contact coverage
• Curved wood handle for improved grip angle and control
• No scraper included — dedicated scratch brush configuration
• Lightweight at 1 pound for easy single-hand use

Compatibility

Designed as a general-purpose hand scratch brush suitable for use on metal, masonry, and similar hard surfaces requiring mechanical cleaning or surface preparation.

Installation Notes

This brush is a hand tool and requires no installation. Use appropriate personal protective equipment, including safety glasses, when wire brushing metal surfaces to guard against wire fragment ejection. Inspect the wire fill for loose or broken bristles before each use and replace the brush if bristles are damaged or heavily worn. Follow applicable worksite safety guidelines when using wire brushes near open flame, solvents, or coated surfaces.