Hot Pressed X Mesh Diamond Blade with Reinforced Ring Core for Ceramic/Porcelain

This product series comprises hot pressed sintered diamond blades with reinforced ring cores, designed for cutting ceramic, porcelain, marble, and artificial stone. The range includes multiple models (e.g., JC391030811 to JC391141022) with diameters spanning 3″ (75mm) to 14″ (350mm), segment heights of 8–2.2mm, thicknesses of 1.1mm–2.2mm, and bore sizes accommodating 10–25.4mm arbor configurations. Featuring X mesh turbo rim segments and dual-side reinforcements, the blades enhance cooling, dust extraction, and cutting stability, catering to professional tiling and material processing needs from small to large-scale applications.

a. Product Features and Advantages:

• Hot Pressed Sintering Process: Combines high-quality diamond grit with a robust steel matrix through hot pressing, ensuring a long working life and consistent cutting performance under demanding conditions.
• X Mesh Turbo Rim Segments: The serrated outer edge with X-mesh pattern aids in rapid cooling and efficient dust extraction, boosting cutting efficiency and reducing blade wear for smoother operation.
• Reinforced Ring Core Design: Dual-side reinforced ring cores (visible as a sturdy structure around the blade center) stabilize cutting, minimize vibration, and deliver superior finishing on hard materials.
• Optimized Structural Details: Features a blue central core with evenly distributed white circular holes (for weight reduction and airflow), a white circular inner core for balance, and a serrated outer edge—all enhancing durability and heat dissipation.
• Wide Compatibility: Diverse diameter options (3″–14″) and bore sizes (10–25.4mm) adapt to various tools (e.g., angle grinders), while consistent segment height (8–2.2mm) maintains cutting precision across models.
• High-Quality Diamond Grit: Dense, premium diamond grains ensure strong material removal capability and resistance to abrasion, suitable for prolonged professional use.

b. Product Applications:

Ideal for cutting and shaping a variety of hard materials including ceramic tile, porcelain tile, marble, and artificial stone. Specifically suited for professional tiling projects, renovation tasks, and industrial material processing requiring precise, efficient, and stable cutting performance.