3M 7000045725 Foam Bonnet Buffing Pad 5.25 in Hook Loop

Product Description

The 3M 7000045725 is a foam bonnet buffing pad designed for surface finishing and polishing applications. Measuring 5.25 inches in diameter with a 0.5-inch pile height, this white foam pad attaches via a hook-and-loop fastening system for quick mounting and removal. Weighing approximately 0.06 pounds, it is lightweight and easy to handle during extended use. The foam construction provides consistent surface contact, making it suitable for applying or removing compounds, polishes, and waxes on smooth surfaces. Technicians and detail professionals will find the hook-and-loop attachment straightforward and compatible with standard backing plates.

This foam bonnet pad is used in surface preparation and finishing work across automotive detailing, light maintenance, and general polishing tasks. The 5.25-inch diameter suits mid-size orbital and rotary polisher backing plates. The 0.5-inch foam pile provides enough cushion to conform to contoured surfaces while maintaining uniform pressure. It is sold individually and works well for single-use or low-volume applications where pad cleanliness and consistent performance are priorities.

Key Features

• 5.25-inch diameter foam construction for consistent surface contact during polishing
• 0.5-inch pile height provides cushioned, contour-following performance
• Hook-and-loop attachment allows fast pad swaps without tools
• White foam material suits light polishing, wax application, and finishing compounds
• Lightweight at 0.06 pounds for reduced operator fatigue

Compatibility

Designed as an OEM-style replacement bonnet pad for use with hook-and-loop compatible backing plates sized for 5.25-inch foam bonnet pads.

Installation Notes

Installation requires no tools. Align the hook-and-loop face of the pad with the backing plate and press firmly to seat before powering the polisher. Inspect the pad for tears or uneven wear before each use. Replace the pad if foam compression is uneven, as degraded foam can cause inconsistent surface finish results.