25167 - Pferd 1/2" x 1-1/8" Carbide Burr - INOX Cut - Tapered Radius End

High-Performance Grinding for Stainless Steel

The Pferd 25167 Tungsten Carbide Burr represents the pinnacle of abrasive technology for stainless steel applications. Part of Pferd's High Performance Line, this tool features the innovative INOX cut geometry, specifically engineered to address the unique challenges of working with austenitic, rust-resistant, and acid-resistant steels. Unlike standard double-cut burrs that may struggle with the toughness of stainless steel, the INOX cut delivers an aggressive yet controlled bite, resulting in significantly higher stock removal rates.

This specific model features a 14-degree tapered shape with a radius end (often referred to as Shape L or SL). The 1/2-inch diameter and 1-1/8-inch length of cut make it a versatile choice for contouring, deburring, and milling in confined spaces or along angled surfaces. The tapered profile allows operators to reach into corners and mold geometries that cylindrical burrs cannot access, while the radius end ensures a smooth transition without gouging the workpiece.

Engineered for Cool Cutting

One of the critical advantages of the Pferd INOX cut is its ability to minimize heat generation. Stainless steel is notorious for its low thermal conductivity, which often leads to heat buildup, blue discoloration, and potential corrosion issues at the grind site. The geometry of the 25167 burr promotes efficient chip evacuation and reduced friction, keeping the workpiece cooler. This preserves the integrity of the material and reduces the need for secondary finishing processes to remove heat tint.

Durability and Precision

Manufactured to the highest industrial standards, Pferd tungsten carbide burrs are known for their concentricity and durability. The precise manufacturing process ensures vibration-free operation, which protects both the operator from fatigue and the drive spindle from premature wear. Whether used in a pneumatic or electric die grinder, this burr maintains its cutting edge longer, providing a cost-effective solution for heavy-duty industrial fabrication.