Milwaukee DKO Masonry Cut Off Wheel, 7" X 1/8" X 5/8" - Type 1

Milwaukee DKO Masonry Cut Off Wheel, 7" X 1/8" X 5/8" - Type 1

The Milwaukee 49-94-1920 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 trimming pavers or cutting concrete block, this wheel is ready to make dust, noise, and steady progress all at the same time.

Country of Origin
Varies by production batch

Key Features / Specifications

• Model / Part Number: 49-94-1920
• Brand: Milwaukee
• Product Type: Masonry cut-off wheel
• Wheel Diameter: 7 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 discovered that masonry dust somehow reaches places that physics probably never intended