Description

The 180mm Reinforced Wave Segment Diamond Blade is a heavy-duty diamond saw blade specifically engineered for demanding, high-difficulty cutting applications. Featuring an innovative wave segment design with specially reinforced segment-to-core connections, this blade significantly enhances impact resistance and overall structural strength. With its 180mm (7-inch) diameter, it is compatible with large angle grinders, masonry saws, and bench-top cutting equipment, making it widely suitable for cutting high-hardness, high-wear materials such as reinforced concrete, granite, marble, asphalt pavements, and refractory materials. Whether for cutting joints in reinforced concrete floors during construction, processing large-format slabs in stone fabrication facilities, or pavement repair in municipal engineering projects, this blade meets the highest professional demands for heavy-duty cutting tools with its exceptional cutting speed, superior durability, and maximum safety.

Key Features

1. Reinforced Wave Segment Design Combining Strength and Efficiency

   • The unique wave segment geometry creates an interrupted cutting effect during operation, maintaining cutting stability while significantly enhancing cutting speed.

   • Specially reinforced segment roots increase impact resistance at the segment-to-core connection points, effectively preventing segment breakage or detachment when cutting high-impact materials such as rebar and hard stone.

2. 180mm Size for Outstanding Cutting Depth

   • The 180mm diameter provides greater cutting depth, completing thicker slabs or deep joints in a single pass, reducing repetitive work and improving efficiency.

   • Compatible with large angle grinders, masonry saws, and bench-top cutters, balancing powerful performance with flexible maneuverability.

3. Laser Welding Technology for Safety and Reliability

   • Utilizes advanced laser welding technology to achieve a metallurgical bond between diamond segments and the steel core, providing welding strength far exceeding traditional sintering processes, completely eliminating the risk of segment detachment at high speeds.

   • Particularly suitable for high-impact cutting applications such as reinforced concrete and concrete elements with rebar, ensuring absolute safety under extreme working conditions.

4. Efficient Heat Dissipation and Chip Removal

   • Grooves between wave segments form optimized airflow channels and chip clearance space, generating strong airflow at high speeds that effectively cools the segments and prevents overheating.

   • Wide chip clearance ensures rapid evacuation of cutting debris, preventing clogging and maintaining consistent cutting performance.

5. Multi-Material Universal Cutting Capability

   • Optimized for cutting high-hardness, high-wear materials including reinforced concrete, granite, marble, asphalt, refractory bricks, and cast iron pipes—one blade for multiple applications, meeting diverse job site requirements.

   • Dry/wet dual-use design allows flexible cutting method selection based on working conditions, adapting to different site environments.

TECHNICAL SPECIFICATIONS