07Q064 - 6-Inch Quick-Step Backing Pad with Centering Pin

Engineered for Precision and Durability

The Walter 07Q064 6-inch QUICK-STEP™ Backing Pad represents a significant advancement in abrasive accessory mounting systems. At the core of this product is a patented design engineered to address common issues found in standard backing pads, such as thermal degradation and lack of concentricity. Manufactured in Germany, this backing pad is constructed from a specialized industrial-strength nylon. Unlike traditional rubber or plastic pads that may soften, warp, or become brittle under the intense heat generated during heavy grinding and sanding operations, this nylon material is formulated to retain both its structural strength and necessary flexibility at elevated temperatures. This ensures consistent performance and longevity, even in demanding industrial environments.

A critical technical feature of the 07Q064 is its integrated centering pin. In many hook-and-loop systems, the operator must manually align the disc, often resulting in slight eccentricities that cause vibration, uneven wear, and operator fatigue. The QUICK-STEP™ centering pin mechanically guides the accessory into the exact center of the pad, guaranteeing a perfectly balanced rotation. This precise alignment not only improves the quality of the surface finish by preventing chatter marks but also extends the life of the abrasive disc and the angle grinder bearings by minimizing rotational imbalance.

The interface utilizes a high-grade hook and loop system designed for rapid cycle times. In production environments where operators frequently switch between different grits or types of non-woven abrasives, the ability to change discs in seconds without tools significantly impacts throughput. The pad connects via a standard 5/8"-11 threaded arbor, making it compatible with a vast array of North American angle grinders. Whether used for blending welds on stainless steel or general surface conditioning on mild steel, the 07Q064 provides a rigid yet forgiving base that optimizes the cutting action of the abrasive media.