This pack of 5-inch (125mm) sanding discs fits your random orbital sander or bench sander. The aluminum oxide abrasive cuts well. The hook and loop backing makes changes fast. The 8-hole pattern pulls dust away, keeping your work surface clean. Features and Benefits
- Wide Grit Range (60-10,000) - Use these for coarse stripping on old furniture or for ultra-fine polishing on new projects.
- Hook and Loop Backing - You can peel off old discs and press on new ones in seconds. No messy adhesives are needed.
- 8-Hole Dust Extraction - This aligns with most 5-inch sanders. It pulls dust away, giving you a clearer view and making discs last longer.
- Aluminum Oxide Abrasive - This grain cuts consistently on wood, metal, and painted surfaces. Applications
- Woodworking - Use lower grits (like 80-220) for initial sanding on raw wood. Use higher grits for a smooth surface between finish coats.
- Automotive Finishing - These are good for feathering body filler, scuffing primer, and removing flaws before painting or polishing.
- Paint and Rust Removal - These 5-inch sanding discs quickly strip old coatings from metal or wood. They do not tear easily.
Ray L. Carter (Stationary/Industrial Disc Sander)
The stationary disc sander, often found in workshops, is a powerful tool for shaping and smoothing wood or metal. It typically features a large, rotating disc, similar to the 125mm diameter of these hook and loop sanding discs. Early versions were often belt-driven from overhead line shafts, operating at speeds around 1725 rpm. These sanders are excellent for removing significant material quickly, especially with lower grit discs like 60 grit from this assortment. The 8-hole pattern on these discs ensures effective dust extraction on compatible machines, keeping the workpiece and workshop cleaner.
Alex A. Clarke (Portable Specialty Sanders)
Alex A. Clarke is credited with inventing the disc sander in 1916, revolutionising surface preparation. While his initial design was likely larger, the principle of a rotating abrasive disc remains. These 125mm 8-hole hook and loop discs are designed for both bench sanders and orbital sanders, which are types of disc sanders. They are used for a wide range of tasks, from aggressive material removal with 60 grit to fine finishing with higher grits up to 10000. Their versatility makes them essential for woodworking, metalworking, and automotive applications, providing a smooth finish on various materials.
Arthur N. Emmons (Modern Portable Handheld Disc Sander)
Modern portable handheld disc sanders, sometimes called orbital sanders, are compact versions of Clarke's original invention. They provide greater flexibility for working on larger or more awkwardly shaped pieces. These 125mm diameter, 8-hole hook and loop discs are perfectly suited for such tools, allowing quick changes between grits from 60 to 10000. This wide grit range means they can handle everything from rough shaping to achieving a polished surface. The hook and loop attachment ensures secure fastening and easy replacement, making them highly efficient for tradespeople.
Material: Aluminum Oxide. Compatibility: Bench sander, Orbital sander. Attachment Type: Hook and Loop. Diameter: 125 mm. Grit Range: 60-10000. Hole Pattern: 8-hole. Disc Diameter: 125 mm. Backing Material: Paper. Material: Aluminum Oxide Abrasive. Grit Range: 60-10000. Maximum Operating Speed: 12,000 RPM. Compatibility: Orbital Sanders, Bench Sanders (with appropriate pad). Application: Wood, Metal, Plastic, Paint, Varnish. Attachment Type: Hook and Loop. Bonding Agent: Resin over resin. Chemical Resistance: None (as per product spec). Coating: Open coat. Durability: High tear resistance. Dust Extraction: Optimized for 8-hole dust collection systems. Hole Pattern: 8-hole. Shape: Round. Q: You list grits all the way up to 10,000. What are those extremely high numbers used for? A: The lower grits, like 60 or 80, are for heavy stock removal and shaping wood. The very fine grits, from 3000 to 10,000, are for polishing surfaces like automotive paint, resin art, or metal to a mirror-like shine.. Q: You list grits all the way up to 10,000. What are those extremely high numbers used for? A: The lower grits, like 60 or 80, are for heavy stock removal and shaping wood. The very fine grits, from 3000 to 10,000, are for polishing surfaces like automotive paint, resin art, or metal to a mirror-like shine.. Q: You list grits all the way up to 10,000. What are those extremely high numbers used for? A: The lower grits, like 60 or 80, are for heavy stock removal and shaping wood. The very fine grits, from 3000 to 10,000, are for polishing surfaces like automotive paint, resin art, or metal to a mirror-like shine.. Q: You list grits all the way up to 10,000. What are those extremely high numbers used for? A: The lower grits, like 60 or 80, are for heavy stock removal and shaping wood. The very fine grits, from 3000 to 10,000, are for polishing surfaces like automotive paint, resin art, or metal to a mirror-like shine.. Q: What is the backing material on these discs? Is it just paper? A: These use a hook-and-loop attachment system for easy swapping. The backing is a flexible film, which is more resistant to tearing and is waterproof, making it a good choice for wet sanding applications.. Q: What is the backing material on these discs? Is it just paper? A: These use a hook-and-loop attachment system for easy swapping. The backing is a flexible film, which is more resistant to tearing and is waterproof, making it a good choice for wet sanding applications.. Q: What is the backing material on these discs? Is it just paper? A: These use a hook-and-loop attachment system for easy swapping. The backing is a flexible film, which is more resistant to tearing and is waterproof, making it a good choice for wet sanding applications.. Q: What is the backing material on these discs? Is it just paper? A: These use a hook-and-loop attachment system for easy swapping. The backing is a flexible film, which is more resistant to tearing and is waterproof, making it a good choice for wet sanding applications.. Q: Will these 125mm discs fit my 5-inch random orbital sander? The 8-hole pattern looks right. A: Yes, 125mm is the direct metric size for a 5-inch pad, so the diameter is correct. The 8-hole pattern is standard for dust collection on most common orbital sanders, ensuring a good fit.. Q: Will these 125mm discs fit my 5-inch random orbital sander? The 8-hole pattern looks right. A: Yes, 125mm is the direct metric size for a 5-inch pad, so the diameter is correct. The 8-hole pattern is standard for dust collection on most common orbital sanders, ensuring a good fit.. Q: Will these 125mm discs fit my 5-inch random orbital sander? The 8-hole pattern looks right. A: Yes, 125mm is the direct metric size for a 5-inch pad, so the diameter is correct. The 8-hole pattern is standard for dust collection on most common orbital sanders, ensuring a good fit.. Q: Will these 125mm discs fit my 5-inch random orbital sander? The 8-hole pattern looks right. A: Yes, 125mm is the direct metric size for a 5-inch pad, so the diameter is correct. The 8-hole pattern is standard for dust collection on most common orbital sanders, ensuring a good fit.. Q: How well does the abrasive grit stay on the disc during use? A: The abrasive particles are electrostatically coated and bonded with resin, which helps them stick to the backing and reduces shedding. This process gives the disc a more consistent cutting action and a longer working life.. Q: How well does the abrasive grit stay on the disc during use? A: The abrasive particles are electrostatically coated and bonded with resin, which helps them stick to the backing and reduces shedding. This process gives the disc a more consistent cutting action and a longer working life.. Q: How well does the abrasive grit stay on the disc during use? A: The abrasive particles are electrostatically coated and bonded with resin, which helps them stick to the backing and reduces shedding. This process gives the disc a more consistent cutting action and a longer working life.. Q: How well does the abrasive grit stay on the disc during use? A: The abrasive particles are electrostatically coated and bonded with resin, which helps them stick to the backing and reduces shedding. This process gives the disc a more consistent cutting action and a longer working life.. Q: Are these intended for a handheld sander or can I use them on a stationary bench sander? A: These are designed for 5-inch handheld random orbital sanders that use a hook-and-loop pad. They are not meant for a typical stationary bench sander, which usually requires larger, adhesive-backed discs or sanding belts.. Q: Are these intended for a handheld sander or can I use them on a stationary bench sander? A: These are designed for 5-inch handheld random orbital sanders that use a hook-and-loop pad. They are not meant for a typical stationary bench sander, which usually requires larger, adhesive-backed discs or sanding belts.. Q: Are these intended for a handheld sander or can I use them on a stationary bench sander? A: These are designed for 5-inch handheld random orbital sanders that use a hook-and-loop pad. They are not meant for a typical stationary bench sander, which usually requires larger, adhesive-backed discs or sanding belts.. Q: Are these intended for a handheld sander or can I use them on a stationary bench sander? A: These are designed for 5-inch handheld random orbital sanders that use a hook-and-loop pad. They are not meant for a typical stationary bench sander, which usually requires larger, adhesive-backed discs or sanding belts..