3M

Product Description The 3M 7000047071 is a surface conditioning disc engineered for edge work, deburring, and blending on ferrous and non-ferrous metals. Built on a flexible FE substrate with Aluminum Oxide abrasive, this 5-inch disc delivers high initial cut rate and maintains cutting performance...

Product DescriptionThe 3M 7000047072 is a 7-inch Surface Conditioning FE Disc designed for edge work, deburring, blending, and coating removal on metal surfaces. Built on a flexible FE substrate, it uses an Aluminum Oxide abrasive that delivers high initial cut rate and maintains extended...

Product Description The 3M 7000047073 is a Standard Abrasives Surface Conditioning RC Disc designed for deburring, blending, cleaning, and finishing on composites and soft metals. The disc uses Aluminum Oxide abrasive bonded to an RC (non-woven) substrate, which combines edge durability with enough flexibility...

Product Description The 3M 7000047074 is a Surface Conditioning RC Disc designed for deburring, blending, cleaning, and finishing operations on composites and soft metals. Built with Aluminum Oxide abrasive on a non-woven RC (surface conditioning) material, it delivers reliable initial cut rate along with...

Product Description The 3M 7000047075 is a Surface Conditioning RC Disc designed for deburring, blending, cleaning, and finishing operations on composites and soft metals. It uses an Aluminum Oxide abrasive on a reinforced composite (RC) backing that balances edge durability with enough flexibility to...

Product DescriptionThe 3M 7000047076 is a Surface Conditioning RC Disc engineered for deburring, blending, cleaning, and finishing operations on composites and soft metals. Built on a reinforced composite (RC) backing, the disc combines edge durability with flexibility, delivering strong initial cut rate and sustained...

Product DescriptionThe 3M 7000047087 is a high-strength non-woven nylon abrasive disc designed for light deburring, surface cleaning, and final finishing on metal workpieces. Built with Aluminum Oxide mineral, the disc cuts sharp and produces a consistent scratch pattern across ferrous and non-ferrous metals. The...

Product DescriptionThe 3M 7000047088 is a non-woven nylon abrasive disc designed for cleaning, deburring, and surface finishing on metal components. Built with a lofty, open web construction using Aluminum Oxide mineral, the disc conforms to irregular and contoured surfaces while delivering consistent, smear-free satin...

Product DescriptionThe 3M 7000047089 is a 6-inch non-woven aluminum oxide abrasive disc designed for light-duty surface prep on metal. It uses a hook and loop backing to attach directly to a compatible hook and loop holder pad on a random orbital sander. The open...

Product Description The 3M 7000047095 is a quick change surface conditioning disc designed for single-step cleaning and finishing of workpieces prior to final coatings or finishes. Built on an open-web RC material with aluminum oxide abrasive, it delivers consistent cut rate at the start...

Product DescriptionThe 3M 7000047096 is a Standard Abrasives Quick Change Surface Conditioning RC Disc designed for single-step cleaning and finishing on flat workpieces before final coatings or surface treatments are applied. Built on an open-web RC material with aluminum oxide abrasive, it delivers consistent...

Product Description The 3M 7000047097 is a Standard Abrasives Quick Change Surface Conditioning RC Disc designed for single-step cleaning and surface prep prior to final finishes and coatings. Built on an open-web RC substrate with aluminum oxide mineral, this 1-inch diameter disc is rated...

Product Description The 3M 7000047102 is a Quick Change Surface Conditioning RC Disc engineered for surface prep work on flat workpieces. It uses aluminum oxide mineral on an open-web RC material that breaks down under medium pressure to continuously expose fresh fibers and cutting...

Product DescriptionThe 3M 7000047105 is a convolute light deburring wheel designed for finishing and deburring parts with critical tolerances. The soft-density construction allows the abrasive material to conform to the workpiece surface, reducing the risk of undercutting or gouging. The wheel is non-metallic, which...

Product DescriptionThe 3M 7000047106 is a convolute light deburring wheel designed for finishing and deburring parts with critical tolerances. The wheel measures 8 inches in diameter with a 3-inch arbor and weighs 4.3 pounds. Its soft density construction allows the abrasive material to conform...

Product Description The 3M 7000047109 is a convolute light deburring wheel designed for finishing and deburring parts with tight tolerances. The non-metallic construction prevents workpiece contamination, and the soft density formulation allows the abrasive to conform to irregular substrate surfaces without undercutting or gouging....

Product DescriptionThe 3M 7000047110 is a convolute light deburring wheel designed for finishing and deburring parts with critical tolerances. Built on a soft-density construction, the wheel allows the abrasive material to conform closely to the substrate surface, reducing the risk of undercutting or gouging....

Product Description The 3M 7000047111 is a convolute light deburring wheel designed for finishing and deburring metal parts with critical tolerances. The non-metallic, soft-density construction allows the abrasive material to conform to the workpiece surface, reducing the risk of undercutting, gouging, or smearing. At...

Product DescriptionThe 3M 7000047112 is a convolute light deburring wheel designed for finishing and deburring metal parts held to critical tolerances. The non-metallic construction prevents workpiece contamination, while the soft-density abrasive material conforms to the substrate surface to eliminate undercutting and gouging. At 14...

Product DescriptionThe 3M 7000047113 is a convolute light deburring wheel designed for finishing and deburring metal parts with critical tolerances. The soft-density construction allows the abrasive material to conform to the substrate surface, reducing the risk of undercutting or gouging during operation. At 8...