Laser Welded Diamond Blade with Arrayed Diamond for Reinforced Concrete

This product series comprises professional laser-welded diamond blades featuring advanced arrayed diamond technology, designed for high-efficiency cutting of reinforced concrete and other hard materials. The range includes multiple models (JC151451223, JC151051223, JC151061225, JC151071225, JC151091226, JC151101226, JC151121203, JC151141232, JC151161232) with diameters spanning 4.5″(115mm) to 16″(414mm), a cons

a. Product Features and Advantages:

Arrayed Diamond Technology: Integrates cutting-edge 3D diamond array design, ensuring optimal utilization of each diamond particle for superior cutting efficiency and prolonged tool life.

Laser Welding Construction: Features robust laser welding that guarantees exceptional joint strength, preventing segment detachment during demanding cutting operations on hard materials.

Reinforced Material Cutting Optimization: Specially engineered for precise and efficient cutting of reinforced concrete, hard granite, other tough stones, and dense bricks, with edge serrations embedded with laser-welded diamond particles (visible as white dots on serrations) for enhanced material removal.

Standardized & Versatile Specifications: Maintains a consistent 12mm segment height across all models, offers variable thickness (2.3mm–3.2mm) and bore sizes (22.23mm/25.4mm) to adapt to different cutting requirements and equipment standards.

Durable Physical Design: Adopts a silver-gray circular metal core with symmetrically arranged serrated segments, ensuring stability during operation and compatibility with standard cutting tools (e.g., angle grinders, masonry saws).

b. Product Applications:

Ideal for cutting a variety of hard and reinforced materials including reinforced concrete, hard granite, other tough stones, and dense bricks, providing reliable solutions for construction, demolition, and infrastructure projects requiring efficient and precise cutting.

istent segment height of 12mm, thicknesses from 2.3mm to 3.2mm, and bore sizes of 22.23mm or 25.4mm (model-dependent), catering to diverse cutting depth and equipment compatibility needs.