07U101 - Walter Blendex-U Unitized Mounted Point 2SF 3/8 Inch

Precision Blending with Walter Blendex-U Mounted Points

The Walter 07U101 Blendex-U Mounted Point is a premium abrasive tool designed for the intricate demands of industrial metal finishing. Engineered with Walter's proprietary Blendex U unitized technology, this mounted point compresses non-woven abrasive material into a dense, durable structure. The result is a versatile tool that excels at blending, cleaning, and polishing without the risk of gouging or undercutting the base material. With a compact 3/8-inch diameter and 1-1/4-inch length, it is specifically sized to access tight corners, internal diameters, and complex contours that larger wheels cannot reach.

This specific point features a 2SF (Soft Fine) grade, making it an excellent choice for final finishing stages where surface quality is paramount. Whether you are removing light burrs, blending tool marks, or restoring a satin finish on stainless steel, the 2SF grade delivers a consistent, smooth result. The unitized construction ensures that the abrasive grain is evenly distributed throughout the point, providing uniform performance from the first pass down to the core. This consistency reduces rework and ensures that every part meets strict aesthetic and functional specifications.

Designed for professional use, the 07U101 comes equipped with a standard 1/4-inch shaft, ensuring secure fitment in pneumatic or electric die grinders. The balance and concentricity of Walter mounted points reduce vibration, leading to less operator fatigue and greater control during precision tasks. It is compatible with a wide range of materials, including stainless steel, mild steel, and non-ferrous metals like aluminum, making it a staple in MRO shops, tool and die manufacturing, and aerospace fabrication environments.

Key Applications:

• Deburring machined parts and internal bores.
• Blending welds in corners and hard-to-reach fillets.
• Polishing molds and dies.
• Removing heat discoloration and light oxidation.