Milwaukee DKO Masonry Cut Off Wheel, 6-1/2" X 1/8" X 5/8" - Type 1

Milwaukee DKO Masonry Cut Off Wheel, 6-1/2" X 1/8" X 5/8" - Type 1

The Milwaukee 49-94-1915 DKO Masonry Cut Off Wheel is a durable Type 1 masonry cut-off wheel designed for fast, smooth cutting and extended wheel life in concrete and masonry applications. Engineered with a specialized blend of resin bonding agents and premium silicon carbide grain, this wheel delivers long-lasting cutting performance while maintaining smooth, controlled cuts throughout demanding jobs. Reinforced with 2 sheets of high-strength fiberglass, it’s built to tackle brick, block, stone, mortar, and other masonry materials with dependable durability. Whether you're cutting block onsite or trimming masonry for a tight fit, this wheel is ready to make quick work of it — along with a healthy amount of dust.

Country of Origin
Varies by production batch

Key Features / Specifications

• Model / Part Number: 49-94-1915
• Brand: Milwaukee
• Product Type: Masonry cut-off wheel
• Wheel Diameter: 6-1/2 in.
• Wheel Thickness: 1/8 in.
• Arbor Size: 5/8 in. DKO arbor
• Wheel Type: Type 1
• Material Compatibility: Brick, block, stone, mortar, concrete, and other masonry materials
• Performance: Designed for extended life in masonry applications
• Cutting Speed: Engineered for quick, efficient cutting
• Cut Quality: Provides smooth, controlled cuts
• Grain Material: Premium silicon carbide grain
• Bonding Formula: Specialized resin bonding agents for durability and long-lasting performance
• Reinforcement: 2 sheets of high-strength fiberglass reinforcement
• Tool Compatibility: For use with angle grinders
• Application Type: Suitable for a wide range of concrete and masonry cutting applications

Ideal For

• Cutting brick, block, stone, mortar, and concrete materials
• Masonry and hardscape projects requiring fast, controlled cuts
• Contractors needing durable masonry wheels with dependable service life
• Angle grinder applications involving concrete and masonry materials
• Anyone who’s learned masonry dust somehow spreads farther and faster than basic physics should allow