Granite Cutting Diamond Saw Blade Concrete Disc Circular Blade

• Customization: Available
• Blade Type: Cutter Head
• Manufacturing Process: Sintered
• Model NO.: 230*7mm
• Application: Stone
• Color: Customization
• Quality: High Quality
• Size: 230*7mm
• Package: PVC,Carton
• Transport Package: White Box Color Box and So on
• Specification: 230*7mm
• Trademark: JG/OEM
• Origin: China
• Production Capacity: 10000pieces/Day
• Package Size: 36.00cm * 27.00cm * 27.00cm
• Package Gross Weight: 1.000kg

Product Description

Product Description

Product Name	Turbo Sinterd  Saw Blade
Material	diamond,65Mn
Color	according to your requirement
Size	110-400 mm
Segment Width	2.0-3.0 mm
Segment Height	7/10mm
Arbor Size	22.23/20/16 mm
Brade	JG/OEM
Used	Cutting block,concrete,pavers,brick marble,granite,title,and other materials

Key Features of Diamond Saw Blades

Diamond saw blades stand out as the premier cutting tool in numerous industrial and construction applications, owing to their unique combination of advanced materials, precision engineering, and exceptional performance. Unlike traditional saw blades with metal or abrasive teeth, diamond saw blades integrate synthetic or natural diamond particles—one of the hardest known materials—into their cutting edges, delivering unparalleled capabilities that redefine efficiency and reliability in cutting operations.
One of the most prominent features of diamond saw blades is their extraordinary hardness and cutting power. Diamond, with a Mohs hardness rating of 10, far surpasses the hardness of most materials it cuts, including concrete, granite, marble, ceramic, glass, and various metals. This inherent hardness enables the blades to slice through dense, abrasive, or brittle materials with remarkable ease, reducing cutting resistance and minimizing the need for excessive force. Whether tackling thick concrete slabs, high-density stone countertops, or delicate glass panels, diamond saw blades maintain sharp cutting edges that penetrate materials smoothly, resulting in faster cutting speeds compared to conventional blades. In industrial settings, this translates to increased productivity, as projects are completed in less time without compromising on quality.
Another key advantage is their exceptional durability and long service life. The diamond segments or edges of these blades are designed to withstand intense friction, heat, and wear during cutting. Unlike abrasive blades that wear down quickly and require frequent replacement, diamond saw blades retain their cutting efficiency over extended periods of use. The diamond particles are securely bonded to the blade's core—typically made of high-strength steel—using advanced bonding technologies such as laser welding, sintering, or electroplating. This robust bonding ensures that the diamond segments do not detach easily, even under heavy loads or high-speed rotation. As a result, diamond saw blades offer a significantly lower cost per cut compared to traditional alternatives, as they require fewer replacements and reduce downtime associated with blade changes.