Turbo Diamond Blades
A collection page of Benchmark Abrasives
About
Turbo Diamond Blades Cutting through brick or stone seems like an impossible feat. However, when you have the right tools, it can be done right. Turbo diamond blades can cut through tile, brick, and concrete, helping you complete your project with precision and care. What Is a Turbo Diamond Blade? A turbo diamond blade is a high-performance cutting blade designed for fast, smooth cuts in hard materials like concrete, brick, stone, and tile. Turbo diamond blades feature a serrated, turbine-style rim that improves cutting speed while producing cleaner edges than standard segmented blades. How Do Turbo Diamond Blades Work? Turbo diamond blades use a continuous, wave-patterned rim lined with industrial diamonds. The turbo segments increase airflow around the blade, reduce heat, and minimize friction. This design allows turbo diamond blades to cut quickly while maintaining durability and extending blade life across demanding applications. Best Uses and Applications A turbo diamond blade is ideal for contractors, masons, tile installers, and serious DIY users. These blades are compatible with angle grinders, circular saws, masonry saws, and tile saws, making them a versatile choice for: Concrete cutting Brick and block work Stone shaping Tile installation General masonry projects Turbo diamond blades perform especially well when you need fast, controlled cuts with minimal chipping. Get the Right Turbo Diamond Blade for Your Tools Explore our full selection of turbo diamond blades to find the size and style that match your cutting needs. Choose the blade built for your tool and material, and get reliable performance on every job. Turbo diamond blades are a type of cutting tool that can be used in a variety of applications. The primary purpose is to cut solid materials such as concrete, stone, bricks, and tiles. The term "Turbo" blade originates from its segmented rim design, with serrated or wave-like patterned turbo segments. The turbo diamond blade features bonding mater