3MTM pre-cut non-woven abrasive roller Scotch-BriteTM CF-SR, 150 mm x 115 mm, A VFN

Detailed product description

The 3MTM Scotch-BriteTM CF-SR pre-cut non-woven abrasive roller is a versatile and durable solution for professionals and artisans. It guarantees homogeneous finishes and optimal use on a wide variety of materials.

Main features

• Pre-cut leaves Ready to use for time saving and simplified use.
• Central dump : Easy extraction of leaves for smooth use.
• Dimensions 150 mm x 115 mm, suitable for manual or mechanical work.
• Abrasive grain :
  • Very Fine (aluminium oxide).
  • Ultra Fine (silicon carbide).
• Resistance and durability : Anti-dechiride, anti-rust, long life.

Main applications

• Uniformisation of metal surfaces (steel, aluminium).
• Mate finish of metals.
• Cleaning sensitive tools and surfaces (measuring tools).
• Preparation of lacquered surfaces before painting.
• Compatible with manual use or vibrating sander.

Compatible materials

Metals, wood, plastics, composites, ceramics, porcelain, glass, rubber, and lacquers.

FAQ - Frequently Asked Questions

1. Can we use this roll on a vibrating sander?

Yes, pre-cut leaves adapt perfectly to vibrating sanders, providing fast and uniform work.

2. Is it suitable for delicate surfaces such as glass or ceramics?

Absolutely. Its nonwoven texture and fine grain allow to work without damaging fragile surfaces.

3. Are the leaves reusable?

Yes, thanks to their exceptional resistance to tearing and loading, leaves can be used several times.

4. How do I choose the grain that fits my needs?

• Very Fine Grain (Aluminium Oxide) : For standard and versatile finishes.
• Ultra Fine Grain (Silicon Carbide) : For work requiring maximum accuracy.

5. Is it suitable for lacquered surfaces?

Yes, this roller is ideal for preparing and cleaning lacquered surfaces before painting.

Why choose the 3MTM Scotch-BriteTM abrasive roller?

With her sustainable performance, his versatility, and his ease of use, this product is essential for professional results on a wide range of materials.