The 11V9 70-Degree Resin Bond Diamond Grinding Wheel is a precision flaring cup wheel specifically engineered for carbide tool sharpening and cutter grinding applications. Featuring high precision diamond abrasive in a specially formulated resin bond matrix, this wheel delivers exceptional edge quality and surface finish on carbide cutting tools.

• High Precision Diamond Abrasive: Premium synthetic diamond particles ensure consistent cutting action and superior surface finish on carbide workpieces. The 11V9 flaring cup profile with 70-degree angle provides optimal clearance for tool and cutter grinding operations.
• Strong Self-sharpening Resin Bond: The engineered resin bond matrix continuously releases worn diamond grains and exposes fresh sharp cutting edges, maintaining consistent grinding performance without frequent dressing. This self-sharpening mechanism ensures uniform material removal throughout the wheel's service life.
• Low Heat Generation: The porous resin bond structure promotes efficient chip clearance and coolant penetration at the grinding interface. This dramatically reduces friction-induced heat buildup, preventing thermal damage, micro-cracking, and edge degradation on carbide tools.
• Precision Dimensions: Manufactured to exacting tolerances of 75mm diameter * 30mm thickness (T) * 20mm bore, with 10mm abrasive ring width and 5mm depth, ensuring consistent performance across production runs.

• Carbide turning tool and insert flank grinding
• Carbide milling cutter peripheral grinding
• Carbide reamer and drill point sharpening
• Universal tool and cutter grinder operations

Manufactured with rigorous quality control under ISO 9001:2015 standards, our 11V9 resin bond diamond grinding wheels combine high precision cutting performance, strong self-sharpening bond matrix, and low heat generation characteristics to deliver extended wheel life and consistent carbide tool edge quality. The 70-degree flaring cup design provides excellent clearance for complex tool geometries. Custom grit sizes and specifications available upon request.