Bona Blue Anti-Static Sandpaper – Premium Dust-Reducing Abrasives for Cleaner, Consistent Floor Sanding

For flooring professionals who demand high-performance sanding with minimal airborne dust, Bona Blue Anti-Static Sandpaper delivers on every pass. Engineered with anti-static technology, this premium abrasive reduces dust buildup on both the floor and the machine—providing a cleaner, more efficient sanding experience from start to finish.

Whether you're sanding raw wood, flattening seams, or preparing between coats, Bona Blue is trusted for its durable ceramic blend, long lifespan, and smooth, even finish on both soft and hard wood species.

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Why Choose Bona Blue Anti-Static Sandpaper?

• Anti-Static Coating
  Minimizes dust adhesion to the abrasive and surrounding surfaces—helping improve visibility, reduce cleanup, and extend tool life.

• Consistent Scratch Pattern
  Delivers an even cut across the full disc or belt, reducing the risk of swirl marks and uneven spots.

• Long-Lasting Performance
  Constructed with high-grade ceramic aluminum oxide grain for extended cutting power and efficiency across large floor areas.

• High Heat Resistance
  Prevents loading and glazing even during prolonged use—ideal for multi-pass sanding and aggressive leveling.

• Wide Format Compatibility
  Available in edger discs, belts, and rolls to suit belt sanders, buffers, and planetary machines.

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Product Details:

• Grain: Ceramic aluminum oxide with anti-static properties

• Backing: Durable paper backing with electrostatic open-coat structure

• Applications: Floor flattening, rough sanding, final prep, between-coat abrasion

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Ideal For:

• Dust-sensitive environments (occupied homes, remodels, commercial interiors)

• Full sanding of hardwood floors, parquet, and engineered wood

• Between-coat prep before oil or waterborne finishes

• Gym floors and high-traffic areas where cleanliness matters

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Pro Tip:

Pair Bona Blue discs with a vacuum-ready sander or buffer for a virtually dust-free sanding process. Not only does this improve working conditions, but it also boosts finish adhesion by eliminating surface contaminants.