Hot pressed cutting blade designed for angle grinders particularly for cutting hard material such as porcelain, hard ceramics and quartz. Super fast cutting. Extra long life. Blade cuts extremely cool···...
| Hot pressed cutting blade designed for angle grinders particularly for cutting hard material such as porcelain, hard ceramics and quartz. Super fast cutting. Extra long life. Blade cuts extremely cool. Thin turbo-mesh rim and core for fast cutting and minimal chipping. Ideal for cutting extra hard ceramics, porcelain and other hard/dense materials. Reinforced inner core prevents flexing and provides straight cuts. | |||
| Diameter | Segment Width | Segment Height | Arbor Hole |
| (inch/mm) | (mm) | (mm) | (mm) |
| 4” / 100 | 1.2 | 10 | 20/22.23 |
| 4 3/8” / 105 | 1.2 | 10 | 20/22.23 |
| 4.5” / 115 | 1.4 | 10 | 20/22.23 |
| 5” / 125 | 1.4 | 10 | 20/22.23 |
| 7” / 180 | 1.6 | 10 | 20/22.23 |
| 9”/ 230 | 1.8 | 10 | 20/22.23 |
This hot pressed turbo diamond blade is built for angle grinders and performs best on extra hard, dense materials where standard blades slow down or glaze over.
It is intended for hard, dense materials such as porcelain, hard ceramics, quartz, Dekton and marble. It is not designed for cutting iron, steel or other metals.
The blade is designed for use on angle grinders. It is available in a range of diameters and arbor hole options — please refer to the specification table above for the exact dimensions of each item.
The rim and core use a thin turbo-mesh design. This reduces the amount of material the blade has to push through, which supports fast cutting, cooler running and minimal chipping on hard surfaces.
Yes. The reinforced inner core is designed to prevent flexing, which helps keep the cut straight and consistent, particularly in hard and dense materials.
The hot pressed construction and thin turbo-mesh rim are made for extra long life on hard materials. Actual service life depends on the material being cut, the machine used and the operator's cutting technique.
Solid steel wheel body reduces fracture, enhancing workplace safety.
Maintains original diameter for stable, accurate cuts throughout lifespan.
Cleaner work environment, improved operation comfort and efficiency.