Turbo Diamond Saw Blade Diamond Cutting Segmented Circular Cutting Disc

• Customization: Available
• Blade Type: Segmented Diamond Saw Blade
• Manufacturing Process: Sintered
• Model NO.: 004
• 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

First, unmatched hardness and wear resistance stand as their most prominent trait. Diamonds boast a Mohs hardness rating of 10 (the highest on the scale), far exceeding that of conventional cutting materials like tungsten carbide or high-speed steel. This allows diamond saw blades to cut through ultra-hard substrates—such as granite, marble, concrete, glass, and silicon wafers—without rapid edge dulling. Unlike traditional blades that require frequent sharpening or replacement after cutting abrasive materials, diamond blades maintain consistent cutting performance over extended use, significantly reducing downtime and tool replacement costs.

Second, they deliver high cutting efficiency and precision. The rigid structure of diamond saw blades (typically composed of a metal core—e.g., steel or aluminum—with diamond segments bonded to the edge) minimizes vibration during operation, ensuring stable cutting paths. This stability translates to smooth, burr-free cuts with tight dimensional tolerances—critical for applications like stone countertop fabrication, glass processing, or semiconductor wafer slicing. Additionally, diamond's low friction coefficient reduces heat generation during cutting, preventing material deformation (a common issue with high-heat cutting of fragile materials like glass or ceramics) and further enhancing cutting speed compared to non-diamond alternatives.

Third, versatility across materials expands their application range. Diamond saw blades are not limited to one type of material; they can be tailored to specific substrates by adjusting diamond grain size, concentration, and the bonding agent (e.g., resin, metal, or ceramic bonds). For example: resin-bonded diamond blades are ideal for cutting glass and tiles (offering faster, smoother cuts with minimal chipping); metal-bonded blades excel at cutting hard stones like granite or concrete (providing high durability); ceramic-bonded blades are used for precision cutting of semiconductor materials. This adaptability makes them indispensable in industries ranging from construction (cutting concrete slabs) to electronics (slicing silicon chips) and jewelry making (shaping gemstones).