Klingspor PS11 Silicon Carbide Wet/Dry, 2000 Grit, A-Wt Paper, 11"x No Hole, Kling-On Applications
- Automotive paint correction and final color sanding applications
- Ultra-fine polishing preparation before compounding and buffing
- Furniture finishing including lacquer, shellac, varnish, and oil coatings
- Glass polishing and precision surface refinement operations
- Plastic and rubber finishing requiring smooth scratch-free surfaces
- Wet sanding of primers, clear coats, and painted materials
- Marine and composite material surface preparation
- Industrial polishing and precision finishing environments
- Professional body shop and detailing applications
Engineered for ultra-fine finishing applications where waterproof durability, consistent scratch patterns, and superior polishing preparation are essential.
Klingspor PS11 Silicon Carbide Wet/Dry, 2000 Grit, A-Wt Paper, 11"x No Hole, Kling-On Specifications
| Item Number | 011KG00A-28000 |
|---|---|
| Product Type | Hook & Loop Abrasive Disc |
| Series | PS 11 |
| Disc Diameter | 11" |
| Hole Pattern | No Hole |
| Backing Attachment | Kling-On Hook & Loop |
| Backing Weight | A-Weight Paper |
| Backing Material | Latex Weighted Waterproof Paper |
| Grain Type | Silicon Carbide |
| Grit Size | 2000 |
| Bond | Resin |
| Coating Type | Closed Coat |
| Color | Black |
| Special Features | Waterproof, Flexible, Tear Resistant, Latex Impregnated |
| Compatible Materials | Glass, Stone, Paint, Primer, Varnish, Plastic, Rubber |
| Application Type | Wet & Dry Sanding |
Klingspor PS11 Silicon Carbide Wet/Dry, 2000 Grit, A-Wt Paper, 11"x No Hole, Kling-On Performance & Construction
- Premium silicon carbide abrasive grain provides aggressive cutting action while delivering exceptionally smooth ultra-fine finishes.
- Ultra-fine 2000 grit abrasive structure is ideal for polishing preparation, paint refinement, and delicate finishing applications.
- Closed coat abrasive design maximizes grain density for highly consistent scratch patterns and professional surface refinement.
- Waterproof wet/dry construction supports reliable sanding performance in both wet and dry finishing environments.
- Flexible latex-treated A-weight paper backing conforms easily to large surfaces, contours, and curved materials while resisting tearing.
- Kling-On hook & loop fastening system ensures secure attachment, quick abrasive replacement, and reusable sanding performance.
- No-hole abrasive configuration provides uninterrupted sanding coverage for applications where dust extraction is unnecessary.
- Resin bonded abrasive grain system improves grain retention and extends sanding consistency during demanding operations.
- Cool running sanding characteristics reduce abrasive loading and improve overall sanding efficiency during prolonged use.
- Professional-grade finishing versatility makes this abrasive ideal for automotive refinishing, furniture finishing, glass polishing, and industrial finishing tasks.
Why Choose the Klingspor PS11 Silicon Carbide Wet/Dry, 2000 Grit, A-Wt Paper, 11"x No Hole, Kling-On
- Ultra-fine 2000 grit abrasive engineered for precision finishing and polishing preparation.
- Waterproof construction supports dependable wet and dry sanding applications.
- Large 11" disc diameter provides excellent surface coverage for efficient sanding.
- Kling-On hook & loop attachment allows fast disc replacement and secure tool connection.
- Silicon carbide abrasive grain delivers aggressive cutting with refined finishing consistency.
- No-hole design provides full abrasive contact across the sanding surface.
- Excellent for automotive refinishing, furniture finishing, marine work, and industrial polishing.
- Latex-treated backing improves flexibility, durability, and resistance to tearing during demanding use.
The Klingspor PS11 Silicon Carbide Wet/Dry, 2000 Grit, A-Wt Paper, 11"x No Hole, Kling-On delivers professional-grade ultra-fine sanding performance with waterproof durability, smooth finishing consistency, and reliable wet/dry versatility for demanding finishing and polishing applications.
