5-Inch Hook & Loop Sanding Backing Pad for Bosch Orbital Sander (8-Hole Replacement Disc)

Restore your sander’s performance with this 5-inch sanding backing pad, designed for Bosch orbital sanders including PEX 300 AE, 400 AE, and 4000 AE models. Built with a durable hook-and-loop surface, it securely holds sanding discs in place for smooth, efficient operation.

The flexible yet sturdy design allows for both flat and contour sanding, helping you achieve professional-quality finishes on wood, metal, and plastic surfaces. Its multi-hole pattern improves dust extraction, keeping your workspace cleaner and extending the life of your sandpaper.

Whether you're replacing a worn-out pad or upgrading your tool, this orbital sander backing pad ensures consistent sanding performance and better results.

Key Features
5-Inch Standard Size – Compatible with most orbital sanders
Hook & Loop System – Quick and secure sandpaper attachment
8-Hole Design – Enhances dust collection and airflow
Durable Construction – resistant to wear and long-term use
Smooth Sanding – Ideal for flat surfaces and curved edges

Why Choose This Product
High-quality backing pads improve sanding consistency and help prevent uneven finishes. Flexible rubber pads also allow contour sanding without damaging surfaces.

Perfect For
Wood sanding and finishing
Metal surface preparation
DIY and home improvement
Automotive polishing tasks
Professional and hobby use

How to Use
Remove the old backing pad from your sander
Align and attach the new pad securely
Press sanding disc onto hook-and-loop surface
Start sanding with even pressure for best results

Product Specifications
Pad Diameter: 5 inches (125 mm)
Hole Pattern: 8 holes (dust extraction design)
Material: Rubber + high-density hook-and-loop surface
Compatibility: Bosch PEX 300 AE, 400 AE, 4000 AE and similar models
Use Type: Sanding, polishing, grinding

Package Includes
1 x 5-Inch Sanding Backing Pad

Call to Action
Upgrade your sanding performance today. Replace your worn pad and get smoother, faster, and more precise results.