Stone Cutting Blades
$103.00 to $118.95Shipping: FreeThe Diamax Cyclone Contour Diamond Blade is a supreme quality diamond blade engineered to eliminate vibration while cutting allowing greater control and comfort.
$72.70 to $83.90Shipping: Free w/ $49 OrderThe Diamax Hurricane Contour Diamond Blade features perfect balance ensuring smooth entry, while the turbo-rim design produces safer, sharper cuts. (5 and 6" available)
$26.65 to $44.00Shipping: Free w/ $49 OrderThe Diamax Cyclone Granite Turbo Diamond Blade is an extremely clean and sharp precision cutting blade for cutting hard stone quickly and with minimal chipping.
$21.60 to $39.99Shipping: Free w/ $49 OrderThe Fireball Turbo Rim Diamond Blade is great for fast cutting of granite, marble and other hard materials. 4" - 8" sizes available.
$51.35Shipping: Free w/ $49 OrderThe wet or dry cutting 4.5" Pearl P5 Tile & Stone Blade is a high quality turbo rim diamond blade for granite, porcelain, natural and artificial stone.
$33.58 to $56.10Shipping: Free w/ $49 Order
- Side Segment design assures fast cutting and prevents blade from binding.
- The 10mm thick cutting rim gives it a long lifespan.
Diamond blades for cutting stone come in a variety of configurations and sizes, depending on the stone to be cut, the tool being used and quality of the diamond abrasive matrix and blade disc itself. The harder the stone, the softer the diamond matrix should be, as a soft matrix will give up the diamond abrasive more easily. Soft matrix blades wear out faster. All things being equal, the longevity of a blade is based on the segment/rim height, taller rims will last longer. When choosing a stone blade style, first and foremost you must have either a wet saw or grinder to use a wet cutting blade. Most continuous rim stone blades must be used wet. Continuous rim blades are the most accurate and provide the least chipping when cutting stone. Segmented rim blades are faster but more prone to chipping. Turbo blades, while generally being ok for dry use, usually split the difference in speed and propensity for chipping between segmented and continuous rim.