Sanding Sheets
Sanding Sheets | 3-Inch Hook & Loop | 800-3000 Grit Pack
TBS-05993SHEE-00010
£9.99
Sanding Sheets
10 products available
Sanding sheets are abrasive consumables designed for power tools and manual finishing applications. Used with a sheet sander, detail sander, or rotary tool, they provide the consistent abrasion needed for surface preparation, finishing, and polishing across metalworking, woodworking, and automotive trades. Professionals rely on them for tasks from heavy material removal to achieving a mirror-like polish.
Compel stocks sanding sheets for trade and industrial use. Our range includes pre-cut sheets for orbital sanders, triangular pads for detail sanders, and discs for rotary tools and grinders. We stock materials like Aluminum Oxide and Silicon Carbide in grit sizes from a coarse 40 to an ultra-fine 10,000. Find the exact size, material, and grit sanding sheets required for your specific application and tooling.
10 products in Sanding Sheets
Sanding Sheets
Drum Abrasive Sheets | 80-10000 Grit Assortment | Wet & Dry Polishing
TBS-05983SHEE-00009
£4.99
Sanding Sheets
50mm Disc Sanding Sheets for Drill & Grinder | 120pc | 60-3000 Grit
TBS-05965SHEE-00008
£13.99
Sanding Sheets
1-Inch Rotary Tool Sanding Sheets | 100pc Disc Set | For Dremel Tools
TBS-05939SHEE-00007
£10.99
Sanding Sheets
Sheets for Finishing | Wet/Dry Use | 15pc 400-2500 Grit Pack
TBS-05934SHEE-00006
£4.99
Sanding Sheets
Sheet Sander Paper | 93x185mm 8-Hole | Hook & Loop Assortment
TBS-05872SHEE-00005
£7.99
Sanding Sheets
Sheet Sander Paper | Assorted 80-800 Grit Roll | Wood Finishing
TBS-05865SHEE-00004
£5.99
Sanding Sheets
Sander Pads | 6-Hole Triangle Paper | 30pc Assorted 60-320 Grit
TBS-05826SHEE-00003
£8.99
Sanding Sheets
Sheet Sander Paper | 80-800 Grit Roll | Cut-to-Size Emery
TBS-05811SHEE-00002
£6.99
Sanding Sheets
Detail Sander Sandpaper | 11-Hole Mouse Style | 40-2000 Grit Pack
TBS-05806SHEE-00001
£5.99
How to Choose the Right Grit Sanding Sheets
Grit selection is the most critical factor for achieving the desired surface finish. The grit number comes from the mesh used to grade the grain; a lower number means coarser, more aggressive abrasion, while a higher number means finer, smoother abrasion.
For heavy stock removal, paint stripping, or shaping fillers, start with a coarse grit between 40 and 80. For general purpose sanding and smoothing of intermediate surfaces, use a medium grit from 120 to 240. For final finishing before applying coatings or for ultra-smooth surfaces, select fine grits from 400 to 800. For polishing metal or wet sanding clear coats, use very fine to ultra-fine grits, which can range from 1000 to 10,000.
- Coarse (40-80 Grit): Aggressive material removal.
- Medium (120-240 Grit): General smoothing and preparation.
- Fine (400-800 Grit): Pre-finish surface refinement.
- Very Fine (1000+ Grit): Polishing and wet sanding.
Matching Abrasive Material to the Job
The abrasive material determines the sheet's cutting performance and lifespan on different substrates. Choosing the correct material prevents premature wear and ensures an efficient process.
Aluminum Oxide is a durable general purpose abrasive, making it a standard choice for sanding wood, metal, and painted surfaces. Silicon Carbide is harder and sharper than aluminum oxide. It is highly effective for sanding harder materials and is the preferred choice for wet sanding applications, as it provides a consistent finish on metal, plastic, and automotive clear coats. Emery cloth offers a durable, fabric-backed abrasive ideal for metal polishing and rust removal.
Ensuring Compatibility with Your Sander
Sanding sheets must match your tool's specific size, shape, and mounting system. Using an incorrect sheet reduces performance and can damage the tool's backing pad.
Orbital sheet sanders typically use rectangular sheets (e.g., 93x185mm) secured by clamps or a hook-and-loop system. Detail or 'mouse' sanders require triangular pads with specific hole patterns for dust extraction. Rotary tools, drills, and grinders use circular discs, available in diameters like 25mm and 50mm, often with a hook-and-loop backing. For custom sizes or manual sanding, cut-to-size rolls provide maximum flexibility.
Buying guide
Choosing Sanding Sheets
- What is a sheet sander best used for in industrial applications?
- A sheet sander, also known as a finishing sander, is primarily used for ultra-smooth finishing on large, flat surfaces like panels, tabletops, and joinery. It is less aggressive than a belt or random orbital sander, making it ideal for the final stages of surface preparation before applying a coating.
- When should I use Silicon Carbide instead of Aluminum Oxide sheets?
- Choose Silicon Carbide for wet sanding applications or for finishing harder materials like metal, plastics, and stone. It provides a finer, more consistent scratch pattern. Aluminum Oxide is the cost-effective industry standard for general-purpose dry sanding of wood and softer metals.
- How do I ensure sanding sheets will fit my orbital sander?
- Check your sander's specifications for the required sheet dimensions and hole pattern, as this is critical for dust extraction. If your tool uses a hook-and-loop system, ensure the sheet has the corresponding backing. For clamp-style sanders, you can use sheets without holes or purchase cut-to-size rolls.
- What grit sanding sheets are needed for finishing metal before polishing?
- To prepare metal for polishing, you must remove surface scratches by progressing through a sequence of finer grits. Start with a medium grit (e.g., 240-400) to remove initial marks, then move to fine grits (600-800), followed by very fine, often waterproof sheets (1000-3000+) to achieve a pre-polish finish.
- Can I use random orbital sanding sheets on a standard sheet sander?
- No, the two types are not interchangeable. Random orbital sanders use round, disc-shaped sanding sheets. Standard sheet sanders use rectangular or square sheets. You must purchase the correct shape and size for your specific tool.
- How do you correctly use a sheet sander to avoid damaging the surface?
- Avoid applying excess pressure; let the machine's weight and the abrasive do the work. Keep the sander moving constantly in line with the grain to prevent swirl marks or uneven spots. Always start with the correct grit for the job and progress sequentially to finer grits for a smooth finish.