Electroplated Diamond Tool Diamond Cutting Saw Blade Saw Disc

• Customization: Available
• Blade Type: Cutter Head
• Manufacturing Process: Sintered
• Model NO.: customize
• Application: Concrete
• Material: 65mn+Diamond
• Certification: MPa
• Quality: High Quality
• Color: Customization
• Transport Package: White Box, Color Box, Blister, Carton and So on.
• Specification: customize
• Trademark: JG/OEM
• Origin: Jiangsu China
• Production Capacity: 500000 PCS/Month
• Package Size: 36.00cm * 27.00cm * 27.00cm
• Package Gross Weight: 1.000kg

Product Description

Product Description

Sintered Segmented Diamond Saw Blade
Item No.	Diameter	Segment Width	Arbor Size	Segment Height
	(MM)	(MM)	(MM)	(MM)
XFDS0S105	105	2.0	22.23/20/16	7/10
XFDS0S110	110	2.0	22.23/20/16	7/10
XFDS0S115	115	2.0	22.23	7/10
XFDS0S125	125	2.2	22.23	7/10
XFDS0S150	150	2.2	22.23	7/10
XFDS0S180	180	2.4	25.4/22.23	7/10
XFDS0S200	200	2.4	22.23	7/10
XFDS0S230	230	2.6	22.23	7/10
XFDS0S250	250	2.6	25.4/22.23/20	7/10
XFDS0S300	300	3.0	27/25.4/22.23/20	7/10
XFDS0S350	350	3.0	27/25.4/22.23/20	7/10

Our Sintered Segmented Diamond Saw Blade stands as a top-tier cutting solution engineered for high-intensity industrial and construction applications, combining advanced sintering technology with durable diamond segments to deliver unmatched precision, longevity, and versatility. Crafted for professionals in stoneworking, concrete cutting, masonry, and tile installation, this blade redefines efficiency and reliability in heavy-duty cutting tasks.
Core Structural Advantages
At its core, the blade features a high-density sintered diamond segment design—a manufacturing process where diamond grits are fused with high-grade metal binders (including cobalt, copper, and iron alloys) under extreme heat and pressure. This sintering technique creates a rigid, crack-resistant bond between diamonds and the segment matrix, preventing segment detachment even during prolonged, high-load cutting. Unlike welded or electroplated blades, our sintered segments maintain structural integrity at temperatures up to 1200°C, eliminating warping and extending blade lifespan by 30–50% compared to standard alternatives. The segmented architecture, with precision-machined gaps between each diamond segment, serves dual critical functions: it dissipates heat rapidly to avoid overheating (a leading cause of blade failure) and clears cutting debris in real time, ensuring a clean, clog-free cut on porous or abrasive materials like reinforced concrete and granite.