The UHXCEL range of diamond blades have been developed to offer fast cutting of hard natural stone products and man made fired materials such as porcelain and ceramic products. This blade features an ultra-thin 1.2mm segment width for ultra-fast cutting on a battery angle grinder and fast waste removal. It boasts a long life 10mm segment height and a ventilated steel centre for rapid heat dispersion and chip reduction. Perfect for Ultra Hard Materials for Use on Battery Angle Grinder - Designed to run on a battery angle grinder, the Mexco UHX Ultra Hard Materials Diamond Blade is specifically manufactured for fast, efficient, and precise cutting of ultra-hard materials including granite, porcelain, marble, ceramic tiles, clay roof tiles and other hard natural stone and man-made fired materials. High Diamond Grit Concentration – The exceptional performance of the blade can be attributed to its high diamond concentration, producing a fast and accurate cut, whilst maintaining sharpness and retaining cutting performance for a longer blade lifespan. Ultra-Thin Castellated Turbo Rim – The notched continuous rim is designed to provide a balance of fast cutting, heat control and improved efficiency, especially in demanding materials. Noticeably reducing chipping or cracking when cutting, this blade ensures a superior, clean and precise cut. The consistent cuts minimise rough edges, ideal for applications like ceramics or marble where aesthetic quality is crucial. 10mm Segment Height - Helping to remove more material in a single pass, the 10mm segment height provides optimal durability, performance and precision. Ideal for heavy-duty applications, the Mexco UHX Ultra Hard Materials Diamond Blade is the perfect tool for achieving efficient and professional results. Superior Lifespan – With laser welded segments, this 115mm blade is built for endurance, offering superior durability, reliability and longevity. The ventilated steel centre allows for rapid heat dissipation, reducing wear and enhancing blade life for long-lasting performance.