Sanding Disc KWB 491508 5 pcs

The KWB 491508 sanding discs are fibreglass-mesh sanding lattices with synthetic-resin bonding and silicon carbide grit. Supplied in a pack of 5, each disc has a velour reverse and offers up to four times the lifetime of standard aluminium-oxide abrasive paper. The open mesh construction allows the abrasive to be shaken free of dust or rinsed under running water, and the discs are suitable for use with extraction systems and with sanders from any brand.

Advantages

These sanding discs resist clogging thanks to the open fibreglass mesh and silicon carbide grit, extending usable life and maintaining cutting performance. The velour backing ensures secure attachment to hook-and-loop sanding pads, while the water-rinseable construction permits wet or dry cleaning to restore abrasive efficiency. Compatibility with extraction-equipped sanders improves dust control during use.

Suitable for

• Smoothing fillers and levelling very rough surfaces
• Removal of paint, synthetic paint and acrylic paint
• Rust removal from metal surfaces
• Sanding wood, metal and plastic in renovation and repair work

Key specifications

• Brand: KWB
• MPN: 491508
• EAN: 4009314915082
• Pack size: 5 discs
• Abrasive: Silicon carbide on fibreglass mesh
• Backing: Velour (hook-and-loop compatible)
• Suitable for wet or dry use; rinseable
• Lifetime: Up to 4x compared to standard aluminium-oxide paper

How to use

Attach a disc to a compatible hook-and-loop sanding pad on a suitable sander. Use moderate pressure and move the sander evenly over the workpiece. For heavy material removal start with coarser grits and progress to finer grits for a smoother finish. If the disc becomes loaded with debris, remove dust by shaking or rinse under running water and allow to dry before reusing.

Usage recommendations

For best results use the discs with a sander that has extraction capability to reduce airborne dust. When rinsing the discs, allow them to dry completely before reattaching; inspect velour backing for wear and replace discs when abrasive performance declines.