01V069 - Walter SL-4 Carbide Burr for Aluminum - 1/2 Inch Diameter

Precision Material Removal for Non-Ferrous Metals

The Walter 01V069 Carbide Burr is a premium industrial tool engineered specifically for the challenges of working with soft, non-ferrous materials. Manufactured from the highest grade tungsten carbide, this burr is designed to deliver exceptional durability and consistent performance in demanding production environments. The SL-4 Cone shape, measuring 1/2 inch in diameter by 1-1/8 inches in length, provides versatility for both surface work and contouring in confined areas.

One of the critical features of this tool is its specialized non-ferrous flute geometry. Unlike standard double-cut burrs which can easily clog when processing aluminum or copper, the 01V069 utilizes a wider tooth spacing and a specific relief angle. This design facilitates rapid chip evacuation, preventing the material from loading up in the flutes. The result is a tool that maintains its cutting efficiency throughout the operation, reducing downtime associated with cleaning or changing clogged bits.

Walter Surface Technologies adheres to strict manufacturing tolerances to ensure perfect concentricity. A balanced tool is essential for safety and finish quality; it eliminates the chatter and vibration that can damage the workpiece or cause operator fatigue. The 1/4-inch shank is universally compatible with standard pneumatic and electric die grinders, ensuring a secure fit and safe operation at high RPMs. For industrial MRO operations requiring reliable, high-speed stock removal on aluminum, magnesium, or plastics, this carbide burr represents a superior choice in tooling.

Technical Excellence

The manufacturing process of Walter carbide burrs involves precision grinding that ensures every tooth engages the material effectively. This leads to a smoother surface finish even during aggressive stock removal. The tungsten carbide substrate is selected for its hardness and heat resistance, allowing the burr to maintain its sharp edge longer than high-speed steel alternatives.