Description

Disc Shape: Round

Number in Pack: 1

Grade: Extra Coarse

Series: Scotch-Brite

Bore Size: 22mm

Maximum Safe Speed: 11000rpm

Application: Cleaning, Coating Removal, Finishing

Disc Type: Sanding Disc

Abrasive Material: Silicon Carbide

Model: Scotch-Brite

Disc Diameter: 115mm

The 3M 61172 is a high-quality abrasive tool for heavy-duty surface preparation and cleaning. This stripping disc removes paint, rust, corrosion, and other harsh surface contaminants with its extra coarse silicon carbide grit and innovative design.

• Extra Coarse Silicon Carbide Grit

The defining feature of the 3M 61172 disc is its extra coarse grit. Silicon carbide abrasive particles are embedded in the disc, allowing it to aggressively remove stubborn coatings and surface imperfections. This grit is ideal for heavy-duty applications.

The 3M 61172, Scotch-Brite Extra Coarse 115mm Silicon Carbide Stripping Disc, SXCRS Grit: Features and Benefits

• Efficient Material Removal: The extra coarse silicon carbide grit ensures rapid and effective removal of coatings and contaminants.
• Versatile: Suitable for various materials, including metal, wood, fibreglass, and plastic.
• Longevity: Designed for durability, providing consistent performance over an extended lifespan.
• User-Friendly: The hook and loop attachment simplifies disc changes and reduces downtime.
• High-Quality Brand: Manufactured by 3M, a renowned brand known for its innovative abrasive solutions.

Application Potential of the Stripping Disc

The 3M 61172 Scotch-Brite Extra Coarse Stripping Disc is well-suited for various applications, including:

• Paint Removal: Effortlessly strips paint from metal, wood, and other surfaces.
• Rust and Corrosion Removal: Eliminates rust and corrosion, restoring surfaces to their original condition.
• Surface Preparation: Ideal for preparing surfaces before painting, coating, or welding.
• Deburring: Smooths rough edges and removes burrs from metal and plastic parts.
• Cleaning and Restoration: Cleans and restores old and weathered surfaces.