Hot Pressed Super Thin Saw Blade for Tile Concrete Cutting

• Customization: Available
• Blade Type: Segmented Diamond Saw Blade
• Manufacturing Process: Sintered
• Model NO.: 115mm
• 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: 115mm
• 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 are high-performance cutting tools widely used in various industries, distinguished by their unique composition and exceptional functionality. At the core of their design is the combination of synthetic or natural diamonds (as the cutting medium) and a metal matrix (serving as the bonding agent), which endows them with characteristics unmatched by traditional saw blades.
One of the most prominent features is their superior hardness and wear resistance. Diamonds rank highest on the Mohs hardness scale (level 10), enabling the blades to cut through extremely hard materials that ordinary saw blades (such as those made of high-speed steel or carbide) cannot handle. Common cutting objects include concrete, marble, granite, ceramic tiles, glass, and even hard metals like tungsten carbide. During use, the diamond particles on the blade's edge maintain their sharpness for an extended period, significantly reducing the frequency of blade replacement and lowering overall operational costs.
Another key advantage is their high cutting efficiency and precision. The sharp diamond edges can quickly penetrate the workpiece, minimizing cutting time even for thick or dense materials. Unlike traditional blades that often cause material chipping, cracking, or uneven cuts, diamond saw blades produce smooth, clean cutting surfaces with minimal material waste. This precision is crucial in industries like construction (for cutting concrete slabs), stone processing (for shaping marble countertops), and electronics (for slicing semiconductor wafers), where dimensional accuracy directly affects product quality.
Diamond saw blades also exhibit excellent heat resistance and stability. Cutting hard materials generates substantial friction and heat, but the diamond's high thermal conductivity (far higher than that of most metals) allows it to dissipate heat rapidly. The metal matrix (typically made of brass, steel, or bronze alloys) further enhances heat resistance, preventing the blade from overheating, deforming, or losing sharpness due to high temperatures. This thermal stability ensures consistent cutting performance even during long-duration, high-intensity operations.