Dynabrade 90070 Foam Bonnet Pad 3-1/4 in Hook Loop

Product Description

The DYNABRADE 90070 is a foam bonnet pad designed for use with random orbital and rotary polishing tools. Measuring 3-1/4 inches in diameter, it attaches via a hook and loop fastening system for quick pad changes without tools. The foam construction conforms to contoured surfaces, making it well suited for surface finishing, polishing, and light material removal tasks. Weighing 0.2 pounds, the pad is lightweight and adds minimal mass to the tool head. Installers and detailers working in metal fabrication, automotive prep, or general surface finishing applications will find this pad a practical consumable for their kit.

This bonnet pad is intended for use on small-diameter random orbital or rotary polishing tools that accept a 3-1/4 inch hook and loop interface. It is commonly used in light industrial, automotive, and general surface finishing environments where a conformable foam pad is needed to apply or remove compounds, sealants, or polishing media from flat and curved surfaces. The hook and loop attachment allows fast swap-out between pads of different grades or materials during a single job.

Key Features

• 3-1/4 inch diameter fits compact orbital and rotary polishing tool pads
• Foam material conforms to curved and contoured workpiece surfaces
• Hook and loop attachment allows tool-free pad changes
• Lightweight at 0.2 pounds, minimizing added tool-head mass
• Sold individually, compatible with standard hook and loop backing plates

Compatibility

Designed as an OEM-style replacement or consumable pad for small rotary and random orbital polishing tools that use a 3-1/4 inch hook and loop backing plate interface.

Installation Notes

Ensure the tool is powered off and disconnected from the air supply or power source before changing pads. Align the foam bonnet pad squarely onto the hook and loop backing plate and press firmly to seat the fastening surfaces before operating. Inspect the hook and loop surface on both the pad and the backing plate for debris or wear prior to use, as a degraded interface can cause pad separation during operation.