Description
The KSEIBI Hot-Pressed Diamond Wave Turbo Disc is built for reliable cutting performance in a practical, workshop-ready format. Its hot-pressed diamond construction and wave type turbo rim are designed to support efficient material removal while helping maintain control through the cut. The disc is available in 115 x 22.2 mm, 180 x 22.2 mm and 230 x 22.2 mm sizes, making it easy to match the blade to the tool and task at hand.
The image shows a segmented wave-style rim and a steel body with a golden yellow centre label, giving the disc a durable, professional look. On the 230 mm variant, the technical data specifies a 7 mm blade head height and a 22.23 mm bore diameter, supplied with reducing washers for 20 mm and 16 mm fittings. This helps broaden compatibility when working across different machines.
Suitable for wet or dry use as indicated on the blade, this diamond disc is a versatile choice for trade and site work where straightforward, dependable cutting matters. The wave turbo design supports a balance of cutting speed and stability, while the hot-pressed diamond blade format is well suited to demanding repeated use.
Whether you need a more compact 115 mm option, a mid-size 180 mm disc or the larger 230 mm version for broader cutting coverage, this KSEIBI blade gives you a clear size range within one consistent product family. It is a smart accessory choice for users who want dependable diamond cutting performance with flexible fitment options.
Key Features
Hot-Pressed Diamond BuildDiamond blade construction is hot-pressed for reliable cutting performance and everyday durability.
Wave Turbo RimWave type turbo rim is designed to combine efficient cutting action with controlled handling.
Wet or Dry UseThe blade marking indicates suitability for both wet and dry cutting applications.
Choice of SizesAvailable in 115 x 22.2 mm, 180 x 22.2 mm and 230 x 22.2 mm to suit different tools and jobs.
Flexible Bore FitmentThe 230 mm variant has a 22.23 mm bore and includes reducing washers for 20 mm and 16 mm compatibility.