Dewalt DW4306 Hook Loop Sanding Disc 220 Grit 5 in 5 Pack

Product Description

The DEWALT DW4306 is a 5-inch hook-and-loop sanding disc designed for fine finishing work on orbital sanders. Carrying a 220 grit, very fine grade coated abrasive surface, this disc cuts smoothly on bare wood, previously finished surfaces, and light material removal between finish coats. The hook-and-loop backing allows fast disc swaps without tools, reducing downtime during production sanding. Each package contains 5 discs. DEWALT DW4306 discs are a standard consumable stocked by finish carpenters, cabinet installers, woodworkers, and general contractors who need consistent cut quality at the final sanding stages.

The DW4306 is intended for use with DEWALT random-orbit sanders in residential and light commercial finishing applications. The 220 grit rating makes it well suited for final-pass sanding on wood trim, cabinetry, drywall feathering, and prep work before staining or painting. The coated abrasive construction resists loading, extending disc life under normal finishing conditions. Compatible sanders include the DW421, DW422, and DW423 as confirmed by DEWALT.

Key Features

• 220 grit very fine grade coated abrasive for finish-stage sanding
• 5-inch diameter fits standard hook-and-loop orbital sander pads
• Hook-and-loop backing enables tool-free disc changes
• Coated abrasive construction reduces loading during use
• Sold in a 5-disc pack for job-site convenience

Compatibility

Confirmed compatible with DEWALT orbital sanders DW421, DW422, and DW423. Fits any 5-inch hook-and-loop sanding pad with a standard random-orbit pattern.

Installation Notes

Disc replacement requires no tools — align the hook-and-loop face of the disc to the sander pad and press firmly to seat. Ensure the sander is powered off and unplugged before changing discs. Inspect the pad backing for worn hooks before installing a new disc, as a degraded pad reduces disc retention and sanding consistency. Dispose of worn discs promptly to avoid uneven cut patterns on finish surfaces.