Diamond Cutting Disc Concrete Cutting Saw Blades

• Customization: Available
• Blade Type: Segmented Diamond Saw Blade
• Manufacturing Process: Sintered
• Model NO.: 4\" to 16\"
• Application: Marble/Granite /Natural Stone
• Product: Diamond Saw Blade
• Package: White/Colour Box, Double/Single Blister, PVC Bag
• Colour: Any Colour Customer Like
• Advantage: Improved Efficiency/Long Lifes
• Usage: Dry and Wet Cutting
• Certification: SGS, MPa, BSCI
• Delivery: Fast Delivery
• Material: 65mn, Diamond
• Transport Package: Carton
• Specification: 4" to 16"
• Trademark: YF/OEM
• Origin: China
• HS Code: 8202310000
• Production Capacity: 25000PCS/Per Day
• Package Size: 36.00cm * 27.00cm * 27.00cm
• Package Gross Weight: 1.000kg

Product Description

Product Description

Diameter	Segment Width	Arbor Size	Segment Height
105mm	2.2mm	22.23/20/16	7/10
110mm	2.2mm	22.23/20/16	7/10
115mm	2.2mm	22.23	7/10
125mm	2.2mm	22.23	7/10
150mm	2.4mm	22.23	7/10
180mm	2.4mm	25.4/22.23	7/10
200mm	2.6mm	22.23	7/10
230mm	2.8mm	22.23	7/10
250mm	2.8mm	25.4/22.23/20	7/10
300mm	3.2mm	27/25.4/22.23/20	7/10
350mm	3.2mm	27/25.4/22.23/20	7/10

Characteristics of Diamond Saw Blades

Diamond saw blades represent a premium category of cutting tools, leveraging the unique properties of diamond—nature's hardest known material—to tackle challenging cutting tasks across industries like construction, stone processing, glassworking, and metal fabrication. Their distinct characteristics stem from diamond's exceptional hardness, advanced bonding technologies, and tailored designs, making them indispensable for cutting hard, brittle, or abrasive materials that traditional blades (e.g., TCT or high-speed steel) struggle to handle.
A defining characteristic is their diamond-infused cutting edge, the core of their performance. Diamond ranks 10 on the Mohs scale of mineral hardness—far surpassing materials like tungsten carbide (8.5-9 Mohs) or steel (5-6 Mohs)—enabling it to slice through ultra-hard substances with minimal wear. The diamonds are not just surface coatings but are embedded within a bond matrix (typically metal, resin, or ceramic), which holds them securely while exposing small portions to the cutting surface. This structure ensures the diamonds maintain sharpness even when cutting materials like granite, marble, concrete, or tempered glass—substances that would quickly dull or damage conventional blades. For example, when cutting granite (a material with high silica content and extreme hardness), a diamond blade retains its edge for 5-10 times longer than a TCT blade, drastically reducing downtime for blade replacement.