3M Scotch-Brite Precision Surface Conditioning Disc Ceramic, 76.2 mm Resin, Extra Coarse Grade, 100 Grit 25 Per Pack

3M Scotch-Brite Precision Surface Series Sanding Disc, 76.2mm Disc Diameter, Ceramic Abrasive - 7100264198

This sanding disc is suitable for a variety of industrial applications, providing effective surface preparation and finishing capabilities. Its extra-coarse abrasiveness is ideal for conditioning and refining materials such as stainless steel, carbon steel, and plastic. The disc improves efficiency in abrasive tasks, making it essential for users in automation, electronics, and mechanical sectors.

Features & Benefits

• Ceramic abrasive material provides lasting sharpness
• High cutting speed significantly reduces processing time
• Excellent resistance to heat during operations
• Versatile for surface conditioning, blending, and edge rounding
• Compatible with standard sanding tools for easy integration
• Designed to minimise operator fatigue

Applications

• Suitable for surface preparation before painting
• Ideal for fine finishing on stainless steel components
• Used in edge rounding and radiussing for precise finishes
• Effective for blending surfaces in metal fabrication
• Important for deburring operations across various materials

Can it be used with both electric and pneumatic sanders?

Yes, this disc is compatible with both types of sanders, enhancing versatility.

How does the disc handle heat during prolonged use?

The ceramic material is designed to run cooler, minimising heat build-up and preventing damage to work pieces.

Is it effective for cleaning rust and corrosion from surfaces?

Yes, it is effective in removing rust and contaminants, preparing surfaces for further treatment.

What sizes of backing pads work best with this disc?

This disc fits standard backing pads designed for 76.2mm sanding discs, allowing for easy attachment.

How should the disc be stored to ensure longevity?

Store the disc in a cool, dry place away from direct sunlight to preserve its abrasive properties.