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There are 9 products.
ROTHENBERGER core bit / hole saw — drilling larger-diameter holes in compatible materials with suitable drilling equipment. 65x300mm; 1/2. Ref.: 25-FF00665.
ROTHENBERGER core bit / hole saw — drilling larger-diameter holes in compatible materials with suitable drilling equipment. 65x400mm; 1/4. Ref.: 25-FF00065.
RIDGID diamond core bit — drilling larger-diameter holes in compatible materials with suitable drilling equipment. 91x300 mm; 1/2. Ref.: 12-62906.
RIDGID diamond core bit — drilling larger-diameter holes in compatible materials with suitable drilling equipment. 65x200 mm; 1/2. Ref.: 12-52696.
RIDGID diamond core bit — drilling larger-diameter holes in compatible materials with suitable drilling equipment. 142x450 mm; 1/4. Ref.: 12-42916.
RIDGID diamond core bit — drilling larger-diameter holes in compatible materials with suitable drilling equipment. 78x450 mm; 1/4. Ref.: 12-42406.
RIDGID diamond core bit — drilling larger-diameter holes in compatible materials with suitable drilling equipment. 65x450 mm; 1/4. Ref.: 12-58326.
RIDGID diamond core bit — drilling larger-diameter holes in compatible materials with suitable drilling equipment. 78x350 mm; 1/2. Ref.: 12-51656.
RIDGID diamond core bit — drilling larger-diameter holes in compatible materials with suitable drilling equipment. 65x350 mm; 1/2. Ref.: 12-42396.
Abrasive and diamond tools constitute a vast category of consumables and power tool accessories designed for processing a wide variety of surfaces, including metal, stone, concrete, glass, ceramics, and wood. This essential group includes cutting and grinding wheels for angle grinders, high-durability diamond blades for tile and reinforced concrete, sanding belts, flap discs, as well as diamond core bits. High-quality abrasives ensure rapid cutting speeds, clean edges without chipping, and an extended operational lifespan. When selecting these accessories, critical parameters to consider include the outer disc diameter, arbor hole size, abrasive grit rating, and strict adherence to the intended material application.
