High-Precision Electroplated Diamond & CBN Cutting Blades
SSDC's (Sea Shore Diamond) electroplated Diamond and CBN blades are designed for high-precision cutting, dicing, and slotting applications, where ultimate edge quality and dimensional stability are absolutely critical in demanding environments.
These blades feature a high-rigidity steel core uniformly coated with premium superabrasive layers, providing a consistent kerf width and aggressive cutting forces. The advanced single-layer electroplated bond ensures maximum high-grain protrusion, which drastically enhances chip clearance while reducing cutting temperatures and frictional resistance. This is an indispensable key to achieving clean, chipping-free cuts on precision or high-value components.
Material-Specific Cutting Solutions:
•Diamond Blades: Dedicated to non-ferrous and hard-brittle materials. They are the top choice for processing semiconductor, optical, and advanced materials, particularly excelling in cutting engineering ceramics, quartz, sapphire, silicon wafers, and Tungsten Carbide.
•CBN (Cubic Boron Nitride) Blades: Dedicated to ferrous metals. When cutting High-Speed Steel (HSS), tool steel, and heat-resistant superalloys, they offer exceptional thermal stability and resistance to chemical wear, ensuring long tool life and high precision under high-temperature cutting conditions.
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Core Industrial Applications
•Ceramics & Glass Industry
Applications: Cutting of engineering ceramics such as alumina, zirconia, and aluminum nitride, as well as optical glass lenses and quartz tubes.
Advantage: They enable fast, clean cuts with smooth cutting surfaces and no micro-cracks—crucial for transparent and highly fragile high-value materials.
•Semiconductor & Electronics
Applications: Cutting and dicing of mono-silicon, poly-silicon, sapphire substrates, Silicon Carbide (SiC), and Gallium Nitride (GaN) wafers.
Advantage: High-rigidity, ultra-thin diamond blades provide micron-level precision for machining next-generation wafers and indium phosphide substrates, ensuring extremely consistent kerf widths during extended mass production and significantly reducing the waste of expensive materials.
•Automotive & Aerospace
Applications: Diamond blades are used for cutting lightweight composite materials like Carbon Fiber Reinforced Plastic (CFRP) and glass fiber; CBN blades are used for cutting titanium alloys, stainless steel, and case-hardened engine steel components.
Advantage: Provides tailored solutions for different aerospace-grade materials. Diamond ensures burr-free and delamination-free cut edges for CFRP; CBN maintains flawless geometric precision without grinding burns under heavy-duty cutting.
•Tooling & Machining
Applications: Cutting of Tungsten Carbide rods and PCD/PCBN blanks (using Diamond); sectioning of High-Speed Steel (HSS) cutting tools (using CBN).
Advantage: Delivers powerful material removal rates during tool blank preparation and cutting, ensuring excellent surface integrity on the cross-section and drastically reducing subsequent regrinding time.
Saw Blades
