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China, Chinese Tile Grinder Circle Cutter Diamond Saw Blade1 Industrial Products Supplier Manufacturer Details, price list catalog:
China Industrial Products Supplier Manufacturer List Catalog
Diamond ToolsDiamond Circular Saw BladeCeramic Cutting DiscSaw Blade
Jiangsu Yaofeng Tools Co., Ltd.
Preview:
Product DescriptionProduct DescriptionDiameterSegment WidthArbor SizeSegment Height105mm2.2mm22.23/20/167/10110mm2.2mm22.23/20/167/10115mm2.2mm22.237/10125mm2.2mm22.237/10150mm2.4mm22.237/10180mm2.4mm25.4/22.237/10200mm2.6mm22.237/10230mm2.8mm22.237/10250mm2.8mm25.4/22.23/207/10300mm3.2mm27/25.4/22.23/207/10350mm3.2mm27/25.4/22.23/207/10Key Characteristics of Diamond Saw BladesSuperior Hardness & Wear ResistanceIndustrial diamonds, bonded to the blade's edge (segment or continuous rim), exhibit extreme hardness (Mohs scale: ~10) and resistance to abrasion. This allows diamond blades to cut through ultra-hard materials—such as granite, marble, concrete, reinforced steel, and sintered ceramics—without rapid edge dulling. Unlike carbide blades, which require frequent sharpening after cutting abrasive materials, diamond blades maintain cutting efficiency for significantly longer, reducing downtime and tool replacement costs.Versatile Material CompatibilityDiamond saw blades are not limited to one material type; their design can be tailored to specific cutting needs. For example:Continuous-rim blades (with a smooth diamond-coated edge) are ideal for precision cutting of ceramics, glass, or porcelain, minimizing chipping.Segmented blades (with spaced diamond segments) excel at cutting porous, abrasive materials like concrete or asphalt, as the gaps between segments facilitate debris removal and heat dissipation.Turbo-rim blades (with serrated diamond edges) balance speed and precision, suitable for both dry and wet cutting of stone or tile. This versatility eliminates the need for multiple blade types in mixed-material projects.High Cutting Efficiency & SpeedThe hardness of diamonds enables the blade to penetrate materials quickly, even at lower rotational speeds, compared to traditional blades. For instance, when cutting thick concrete slabs, a diamond blade can complete the task 2–3 times faster than a carbide blade, as it does not "bounce" or struggle with material resistance. Additionally, the sharp, consistent edge of diamond segments ensures a smooth cut with minimal material waste, reducing the need for post-cut finishing (e.g., sanding or grinding).
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