Diamond Cutting Disc - Tiles/Porcelain Stoneware/Ceremics

Diamond Tile Cutting Disc – Precision and Efficiency for Perfect Cuts

Our diamond tile cutting disc has been specially developed for the demanding task of cutting tiles and hard porcelain stoneware. With its turbo-segmented design, it enables fast, precise cuts with minimal tear-out – even with particularly hard and sensitive materials.

Product Features:

• Turbo Segmented: The turbo segments ensure an optimal combination of speed and cutting quality. The special shape guides the cut and improves chip removal, allowing the blade to work through hard materials particularly efficiently and cleanly.
• Reinforced Flange: The reinforced flange ensures maximum stability and secure mounting of the cutting disc. This reduces vibrations and ensures smooth running, which significantly increases cutting precision.
• Good Service Life: The high-quality diamond bond in combination with the 10 mm segment height offers a long service life, even with frequent use on hard materials such as natural stone or ceramics.
• Fast & Precise Cutting: The tile cutting disc impresses with its fast cutting speed and precise cutting – ideal for use on wall and floor tiles as well as porcelain stoneware.
• Minimal Chipping on Strong Tiles: Thanks to the specially coordinated segmentation, chipping is minimized so that even thick and hard tiles can be cut cleanly and without damage.
• Segment Height 10 mm: The generous segment height ensures a long service life and consistent cutting performance.
• Premium Quality: Manufactured to the highest quality standards, this cutting disc guarantees reliable results and professional performance.

Technical Data:

• Dimensions: 115 x 1.3 x 22.23 mm and 125 x 1.3 x 22.23 mm
• Segment Height: 10 mm

Areas of Application:

Ideal for cutting:

• Wall and floor tiles
• Porcelain stoneware
• Natural stone and granite
• Ceramics and earthenware
• Joints and hard materials

With this tile cutting disc, craftsmen and professionals can achieve precise cuts with minimal material loss and high efficiency.