SKU | 7100189746 |
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Legacy SKU | 61500304375 |
UPC | 00638060302347 |
Product Number | SL-DN |
Scotch-Brite SL Surface Conditioning TN Quick Change Disc is a durable product that combines blending and finishing capability with aggressive cut. The unique open web construction resists loading while giving you an aggressive cut and long product life on both edges and flat surfaces.
- BUILT FOR VERSATILITY: Makes quick work of blending, deburring, finishing, grinding, radiusing, refining and surface preparation
- LONG-LASTING PERFORMANCE: Specially engineered for durability and long abrasive life
- WORKS ON A RANGE OF METALS: Great for use on aluminum, mild steel, nickel alloy, stainless steel and titanium
- QUICK AND EASY ATTACHMENT: TN quick change attachment system allows for fast disc changes
- TOUGH ENOUGH FOR HEAVY-DUTY USE: Combination of aluminum oxide grain and moderate conformability makes for a tough, durable surface conditioning disc
- AVAILABLE IN A RANGE OF GRADES: Choose from Medium (MED), Coarse (CRS), Heavy-duty (CRS HD) and Super Duty (CRS SD) to fit your application needs
Product Dimensions |
Imperial | Metric |
Weight | 0 NULL | |
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Width | 0 null | |
Length | 0 null | |
Height | 0 null | |
Diameter | 5 in | 127 mm |
Center Hole Diameter | 0 NP | 0.0 NP |
Shipping Dimensions |
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Weight | 4.825 lb |
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Length | 12.5 in |
Width | 12.4378 in |
Height | 7 in |
Color | Maroon |
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Thread Size | Non Pertinent |
Maximum Speed | 9,500 rpm |
PRODUCT FAQ
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What materials can be used with this disc?
The Scotch-Brite™ SL Surface Conditioning TN Quick Change Disc, SL-DN, A/O Medium, 5 in, 50 ea/Case is specially designed to work on stainless steel and other metals.
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How long does the disc last?
The life of the disc will depend on a number of factors such as the surface being worked on and operator technique. With effective use, one disc usually lasts for several hours before needing to be replaced.
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Is it easy to change these discs out as I am working?
Yes! Our quick change design allows for replacing discs quickly while minimizing downtime.
Scotch-Brite™ Roloc™ SL Surface Conditioning Discs are a versatile solution for weld clean up, grindline refinement, metal blending, and light deburring. With four grades available, including Medium, Coarse, Heavy Duty, and Super Duty, these open-web, non-woven discs run cool, resist loading, and maintain cut-rate consistency throughout their life. This allows for less pressure, reducing fatigue and maximizing disc life.
Aluminum Oxide Abrasive MineralThe Scotch-Brite™ Roloc™ SL Surface Conditioning Disc uses aluminum oxide abrasive mineral, which is a popular choice among industrial professionals due to its cut-rate and long life. This mineral is tough and durable, self-fracturing to expose fresh cutting edges in use. It is widely used in grinding applications, as well as sanding and finishing use, due to its high cut-rate, hardness, strength, and low heat retention. Aluminum oxide is suitable for use on a wide variety of substrates in both woodworking and metalworking, including ferrous alloys.
3M™ Roloc™ TR Quick Change Discs3M™ Roloc™ TR quick change discs are smaller discs that quickly attach onto a Roloc™ disc pad (sold separately) for convenient and quick disc changes as needed. The Roloc TR and TSM systems provide a secure attachment, even for heavy-duty applications. The variety of other 3M Roloc discs allows for swapping from one application to the next in seconds. Each disc is color-coded to identify its grade, making it easy to grab the grade required for different applications.
Scotch-Brite™ Surface Conditioning ProductsScotch-Brite™ surface conditioning products were developed with abrasives incorporated into non-woven nylon or synthetic fibers. This combination creates an abrasive system that delivers consistent results for the life of the product. The open-web material runs cool, reducing the risk of part discoloration and warping. The fibers are load-resistant and keep the abrasive minerals cutting at high performance by limiting clogging of the fibers, which also extends the life of the disc.