(diamond cutting disc for marble)
Diamond cutting discs designed for marble leverage synthetic diamond grit embedded in a metal matrix. These tools achieve 40% faster material removal than conventional abrasives, with a typical lifespan of 120-150 linear feet in continuous cutting. The disc's segmented rim design (6-10 segments depending on diameter) optimizes debris clearance while maintaining structural integrity during high-RPM operation.
Premium cutting discs employ vacuum brazing technology that increases diamond concentration to 35-40ct/carats³. This innovation reduces heat generation by 18% compared to sintered counterparts. Laser-welded steel cores prevent warping at operational temperatures exceeding 400°F, ensuring consistent performance through the disc's entire 4-6mm thickness range.
Brand | Blade Life (hours) | Cut Speed (in/min) | Kerf Width (mm) | Price Range |
---|---|---|---|---|
Alpha Pro Series | 22-25 | 15.4 | 3.2 | $85-120 |
Gamma UltraCut | 18-20 | 12.8 | 3.5 | $65-95 |
Omega MasterBlade | 28-32 | 17.1 | 2.9 | $110-150 |
Specialized configurations address varying marble densities (2.5-2.7 g/cm³). For soft calcite-based stones, 10mm segment spacing prevents loading. High-silica marbles require 6mm spacing with reinforced nickel bonding. Custom edge geometries reduce chipping by 73% in decorative cutting applications compared to standard blades.
A recent skyscraper project utilized 350mm diameter cutting discs for continuous 14-hour daily operation. Data showed 0.3mm precision maintenance over 1,200 cuts, with only 0.15mm wear per 100 linear feet. This performance reduced blade replacement frequency by 40% versus previous project benchmarks.
Proper mounting torque (18-22 N·m for 115mm discs) prevents lateral runout. Operators must maintain 12,000-14,000 RPM for optimal cutting efficiency while keeping material surface temperatures below 150°C. Water-assisted models show 60% lower particulate emission rates in enclosed environments.
Choosing the right diamond cutting disc for marble
directly impacts project timelines and material costs. High-performance blades demonstrate 19:1 cost-to-benefit ratios over budget options in lifecycle analyses. For angle grinder applications, the optimal marble polishing disc reduces secondary processing time by 55% through superior surface finish quality (Ra 2.1-2.8 μm).
(diamond cutting disc for marble)
A: A diamond cutting disc for marble is designed to make precise, clean cuts in marble surfaces. It uses diamond grit embedded in the edge to grind through the hard material efficiently. It is ideal for both professional and DIY stone-cutting projects.
A: Select a cutting disc for marble based on disc diameter, arbor size compatibility with your tool, and grit size (coarse for cutting, fine for polishing). Always check the manufacturer’s specifications for marble applications to ensure optimal performance and safety.
A: No, a marble polishing disc for an angle grinder is designed for smoothing and refining surfaces, not cutting. Using it for cutting may damage the disc or material. Always use a dedicated diamond cutting disc for marble for cutting tasks.
A: Wear safety goggles, gloves, and a dust mask to protect against debris. Ensure the disc is securely attached to the angle grinder, and avoid excessive pressure to prevent overheating. Always follow the tool manufacturer’s guidelines for safe operation.
A: The lifespan depends on marble hardness, disc quality, and usage frequency. High-quality discs can last through multiple projects if used with proper cooling (water or airflow) and without forcing the blade. Replace the disc when cutting efficiency noticeably declines.
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