Cubitron Surface Conditioning Disc for Sanding – Metal Surface Prep – Hook and Loop – Aluminum Oxide – Medium Grit

PRODUCT DESCRIPTION Scotch-Brite Surface Conditioning Discs are an ideal first step for cleaning, blending, deburring and finishing on all types of metals. These 5” surface conditioning discs are built with durable, conformable nonwoven fibers that work great on irregular or contoured metal surfaces without undercutting or damaging the base material. Medium grit aluminum oxide mineral is evenly distributed within the nonwoven fiber to deliver a consistent cut during rust removal, weld cleaning, deburring and other metalworking surface prep. Combining abrasive mineral with the fibers results in a deburring disc that delivers consistent results over the life of the product. The 3M hook-and-loop attachment on the back side of the surface conditioning disc makes it easy to attach and change-out discs in multi-step metal surface prep processes. Simply attach the surface conditioning disc to a hook-and-loop backup pad on either a right angle grinder or random orbital sander and run the tool at a maximum of 13,000 rpm FROM THE MANUFACTURER A non-woven abrasive product used for cleaning, finishing, blending and deburring applications. Contains a backing that mounts to hook and loop pads. Abrasive mineral: Medium grade aluminum oxide.

• For industrial/occupational use only. Not for consumer sale or use
• MULTI-TOOL VERSATILITY – Use with right angle and random orbital tools
• EASY TOOL ATTACHMENT – Hook-and-loop attachment system enables fast disc change-outs for multi-step processes
• HIGHLY CONFORMABLE – Nonwoven abrasive web conditions surface without gouging or damaging the base material
• REDUCED LOADING – Open web material runs cool and reduces loading for prolonged operation
• MULTIPLE APPLICATIONS – Great for cleaning, finishing, blending, light deburring, rust removal and weld cleaning
• FAST, CONSISTENT SURFACE PREP – Aluminum oxide mineral produces a high cut-rate in cleaning, finishing, blending, and light deburring