Scotch-Brite 61500068319 C5-ZS Cut and Polish Disc, 3 in Dia x 1-1/4 in W, 1/4 in Straight Shaft, Aluminum Oxide Medium, 10,000 RPM G2230024 contributing to smoother and safer

contributing to smoother and safer braking

Eyewear Frame Style Half-Frame Lens Color Clear Lens Coating Uncoated Lens Material Polycarbonate Frame Material Polycarbonate Polarized Lens No Gender Unisex Eyewear Frame Design Traditional Standards ANSI Z87+ Item Safety Glasses Foam Lined No Foam Lining Frame Color Clear Series Checklite CL4 Metal Detectable No Photochromatic Lens No Temple Style Hybrid X-Ray Detectable No ANSI Dust/Splash Rating Not Rated for Dust or Splash Dielectric Protection No Glasses Lens Coating Uncoated Includes Padded Arms No Includes Scratch-Resistant Lens Coating No Includes Anti-Static Lens Coating No Welding Shade Designation Not Rated for Welding Use Arm Tip Type Hybrid For Small Heads Designation Not Rated for Small Heads Includes Anti-Fog Lens Coating No Arm Color Clear Glasses Frame Style Traditional with No Side Protection Includes Padded Nose Piece No Includes Brow Lining No Frame Style Traditional Includes No Lens Coatings Yes Ultra-Violet Scale Protection Designation U3-7 Includes Eye Socket Lining No Includes Polarized Lens Coating No Frame Type Half-Frame Package Quantity 1

Vinyl Pouch Ratcheting Yes Reversing No Flexible Head No Offset 0 Degrees Min

1-3/8" Color Black Insulation Temp

Includes Drain Plug

Scotch-Brite 61500068319 C5-ZS Cut and Polish Disc, 3 in Dia x 1-1/4 in W, 1/4 in Straight Shaft, Aluminum Oxide Medium, 10,000 RPM G2230024 contributing to smoother and saferGeneral purpose surface conditioning discs for use on all metals have a nonwoven aluminum oxide abrasive to remove burrs and smooth surface imperfections. Surface conditioning abrasives made of nonwoven nylon conform to irregular surfaces and remove surface imperfections, mill scale, and surface rust to create a smooth surface ready for finishing. Aluminum oxide is a strong, sharp, and durable abrasive that penetrates the work surface and withstands