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There are 703 products.
KLINGSPOR cutting disc — cutting the material specified for the disc. 400x3,6x25,4. Ref.: 03-347493.
KLINGSPOR cutting disc — cutting the material specified for the disc. 350x3x25,4. Ref.: 03-340230.
KLINGSPOR cutting disc — cutting the material specified for the disc. 150x2,4x22,23. Ref.: 03-345388.
KLINGSPOR cutting disc — cutting the material specified for the disc. 350x3x25,4. Ref.: 03-334063.
KLINGSPOR cutting disc — cutting the material specified for the disc. 230x2,6x22,23. Ref.: 03-334047.
KLINGSPOR cutting disc — cutting the material specified for the disc. 125x2,4x22,23. Ref.: 03-334045.
KLINGSPOR cutting disc — cutting the material specified for the disc. 350x3x25,4. Ref.: 03-339830.
KLINGSPOR cutting disc — cutting the material specified for the disc. 350x3,2x25,4. Ref.: 03-337730.
KLINGSPOR cutting disc — cutting the material specified for the disc. 230x2,5x22,23. Ref.: 03-334091.
KLINGSPOR cutting disc — cutting the material specified for the disc. 350x3,2x25,4. Ref.: 03-330081.
KLINGSPOR cutting disc — cutting the material specified for the disc. 350x2,2x30. Ref.: 03-331050.
KLINGSPOR cutting disc — cutting the material specified for the disc. 300x2,2x30. Ref.: 03-331049.
Diamond blades and wheels are heavy-duty, high-precision cutting and grinding tools engineered for angle grinders, tile saws, wall chasers, and cut-off saws to process ultra-dense materials. They are essential for clean, efficient cutting through reinforced concrete, porcelain stoneware, ceramic tiles, masonry, marble, granite, and asphalt. Structurally, each blade features a high-grade alloy steel core bordered by diamond-embedded rims available in continuous rim (for chip-free finish cuts), segmented rim (for fast, dry debris clearance and airflow cooling), or turbo configuration (for aggressive all-purpose cutting speeds). The synthetic diamond segments are attached via laser welding, hot pressing, or vacuum brazing. Key selection criteria include outer and arbor diameter, segment height and width, cutting technique (wet vs. dry cutting), and material-specific matrix compatibility.
