Specification Brand : Metabo BulletPoint : Sold on Amazon BulletPoint1 : PROUDLY MADE IN USA: Metabo set the industry standard with the legendary Original Slicer thin cut-off wheel, and continues to produce a broad line of high performance cut-off wheels and abrasives that consistenly exceed customer expectations BulletPoint2 : CONTAMINANT FREE SUPER DUTY: Very Fast, Smooth and Aggressive Cutting with Extended Life in Toughest applications and materials for Contaminant Free, Improved Productivity & High Versatility BulletPoint3 : EXTREME PERFORMANCE: Specially formulated blend of High Performance White Aluminum Oxide Grains for Very Aggressive Cutting, and Excellent Wheel Lif BulletPoint4 : APPLICATIONS: Heavy Cutting of Thicker sectional cuts in Bar Stock, Heavy wall Pipe/Tube, Angle Iron, Rod, Rebar BulletPoint5 : MATERIALS: Specially Formulated for use with Stainless Steel, High Tensile Alloys, Hastelloys, Inconels, Titanium CompatibleDevices : Angle Grinder ConstructionType : Cut-off Wheels ExternallyAssignedProductIdentifier1 : 662911602492 ExternallyAssignedProductIdentifier2 : 0662911602492 ExternallyAssignedProductIdentifier3 : 00662911602492 IncludedComponents : 6"x.045x7/8 Super Slcr bx/50 655995000 IndustryStandardIdentifier : Type 1 ItemName : Metabo 655995000 50-Pack | 6-inch Super Slicer Cutting Wheel | Type 1 | 6" x .045" x 7/8" | A60XP | White Aluminum Oxide | Contaminant Free | Stainless Steel, High Tensile Alloys ItemPackageDimensions_Height : 4.25 inches ItemPackageDimensions_Length : 6.38 inches ItemPackageDimensions_Width : 6.44 inches ItemPackageQuantity : 1 ItemTypeKeyword : abrasive-cutoff-wheels Manufacturer : Metabo Material : Aluminum Oxide Material1 : Ceramic Material2 : Alloy Steel Material3 : Other Material4 : Other MaximumRotationalSpeed : 13300 rpm ModelName : US655995050 ModelNumber : 655995000-A60XP NumberOfItems : 1 PackageLevel : unit PartNumber : US655995050 ProductDescription : GOLIATH INDUSTRIAL TOOLLOT OF 5 FLAP DISCSSIZE: 4-1/2 GRIT: 120ARBOR: 7/8 MAX RPM: 13,300ALUMINUM OXIDE