Super Thin Ceramic Tile Cutting Discs

13.00
34.00
        SPECIAL OFFER

          Please select all product options

          Product was out of stock

          share
          Description

          FEATURES

          RAZOR-SHARP CUTTING EDGE: Engineered with premium abrasive grains for immediate bite into hard materials. The ultra-thin 1.2mm design reduces material waste while maintaining blade stability, delivering cleaner cuts than standard 2mm discs. Experience effortless slicing through ceramic tiles and stone slabs with minimal effort.

          HIGH-TEMP FORGED DURABILITY: Manufactured at 1500°C for exceptional structural integrity. The heat-treated composite core resists warping and cracking under heavy use, providing safer operation at high RPMs. Unlike conventional discs that shatter under stress, these maintain consistent performance through demanding jobs.

          PRECISION-CUT TECHNOLOGY: Laser-balanced disc construction eliminates vibration for smoother operation. The specialized bonding system keeps abrasive particles secured longer, ensuring straight cuts without chipping edges – crucial for visible tile installations and finish work.

          MULTI-MATERIAL VERSATILITY: Designed for ceramics, porcelain, and natural stone applications. The optimized grit formulation adapts to both wet and dry cutting conditions, making it ideal for professional tilers and DIY remodelers alike.

          TOOL COMPATIBILITY: Fits angle grinders and marble cutting machines. The 105mm diameter provides optimal control for detailed work while maintaining sufficient depth for most tile thicknesses.

          SPEC

          Materials: Diamond

          Size: As Shown

          Application: Ceramics, Rock Slabs

          Suitable For: 100mm (4") Angle Grinders, Marble Machine

          Package Includes: 1/2/3/5* Cutting Discs

          NOTES

          Please allow a small error due to manual measurement. Please make sure you do not mind before purchasing.

          Keep in dry environment to prevent oxidation.