Versatile cutting disc that offers a good price-performance ratio.

• High cutting speed
• Comfortable cutting behaviour
• Easy cutting

Machine suitability:

For freehand use, the FTK33 cutting disc is suitable for angle grinders as well as high-frequency (HF) machines and air grinders in any performance class.

Material suitability:
The FTK33 has been especially designed for use on steel (carbon steel – also termed structural steel, St37, S235JR and 1.0037) and cast steels.

Structure and production:
The cutting disc contains high-quality corundum (aluminium oxide) and 2 full-coverage glass cloth layers. The minimum side load for the cutting disc as defined by EN 12413 and oSa is 40 N (50 N from a diameter of 150 mm). The expiry date (three years) is embossed in the disc hole ring. Consistently high quality is ensured by sophisticated in-process controls applied during manufacturing. To ensure a maximum level of safety, every thousandth disc is tested destructively. This disc features a straight shape (shape 42). The cutting disc is especially stable during cutting.

Quality:
With the FTK33, users get a tool that easily meets the demanding requirements for quality in manufacturing and the skilled trades.

Applications:
During use, the FTK33 offers an impressively aggressive cut, combined with smooth, vibration-free operation. Precise work when processing thin-walled material is also easy to achieve. This cutting disc helps to make work especially cost-effective. This RHODIUS quality tool is an especially good choice for cutting structural steel, tool steel, high-alloy steel, supports, sections, panels and beams.

Dimensions:
With a disc width of 2.0 mm and 3.0 mm, the freehand cutting disc is available in diameters from 100 mm to 230 mm.

Industries:
This makes it the perfect tool for the many jobs and challenges facing building fitters, as well as in plant and container construction, in foundries and fettling shops, boiler and tank construction, structural steel engineering, pipeline construction and installation work.