3M 7000036290 Foam Buffing Backing Pad 3 Inch Hook Loop

Product Description

The 3M 7000036290 is a 3-inch diameter foam buffing backing pad designed to support polishing and buffing applications in automotive, industrial, and surface finishing work. The pad attaches via a hook and loop system, allowing fast disc changes without tools. Built from white foam, it maintains consistent backing pressure across the working surface. Rated to a maximum of 12,000 RPM, it is suited for use with variable-speed rotary and random orbital polishers. This pad is typically installed by automotive detailers, body shop technicians, and industrial finishing crews.

This backing pad is used in surface preparation and finishing operations where a secure, cushioned interface between the polisher and the buffing disc is required. The hook and loop attachment accepts compatible foam or wool buffing discs quickly, making it practical in high-volume detail shops and production finishing environments. Its compact 3-inch diameter suits smaller work areas, contoured panels, and detail work on tight surfaces.

Key Features

• 3-inch diameter foam construction provides consistent, even backing pressure
• Hook and loop attachment system allows tool-free disc changes
• Rated to 12,000 RPM maximum for use with rotary and orbital polishers
• White foam material resists compounding residue buildup during use
• Lightweight at 0.03 pounds for reduced operator fatigue during extended use

Compatibility

Designed as a standard hook and loop backing pad for use with 3-inch foam or wool buffing discs compatible with rotary and random orbital polishers accepting hook and loop interface pads.

Installation Notes

Attach the backing pad to the polisher spindle according to the tool manufacturer's torque and thread specifications before mounting a buffing disc. Ensure the polisher is powered off and unplugged before attaching or removing the pad. Do not exceed the rated 12,000 RPM maximum during operation. Inspect the hook and loop surface before each use and replace the pad if the hook material shows wear that reduces disc retention.