Carbide burr, shape A (ZYA): cylinder without end cut. • High concentricity • Optimal cutting geometry ensures best work results • Long lifetime Machine suitability: The HF A Z7 tungsten carbide burr can be used with straight grinders, flexible shaft drive machines and air grinders. The recommended cutting speed is 450–600 m/min for unalloyed steels/cast steels/cast iron, and 250–350 m/min for alloyed steels/tool steels/rust- and acid-proofed steels. Structure and production: The head is attached using a specialised brazing technique, while the teeth are cut using high-precision diamond discs on advanced CNC machines. This technique ensures an optimum and high-performance cutting geometry. Applications: This carbide burr as a single cut variant without chip breaker offers users a long tool life and concentricity at a low price. Dimensions: The carbide burr with shape A (cylinder without end cut) according to DIN 8032 is available with head diameters of 6 mm to 12.7 mm. The shank diameter is 6 mm.
Stainless steel
Steel
Cast iron
Carbide burr, shape B (ZYAS): cylinder with end cut. • High concentricity • Optimal cutting geometry ensures best work results • Long lifetime Machine suitability: The HF B Z7 tungsten carbide burr can be used with straight grinders, flexible shaft drive machines and air grinders. The recommended cutting speed is 450–600 m/min for unalloyed steels/cast steels/cast iron, and 250–350 m/min for alloyed steels/tool steels/rust- and acid-proofed steels. Structure and production: The head is attached using a specialised brazing technique, while the teeth are cut using high-precision diamond discs on advanced CNC machines. This technique ensures an optimum and high-performance cutting geometry. Applications: This carbide burr as a double cut variant with chip breaker offers users a long tool life as well as high concentricity at a low price. Dimensions: The carbide burr with shape B (cylinder with end cut) according to DIN 8032 is available with head diameters of 6 mm to 12.7 mm. The shank diameter is 6 mm.
Stainless steel
Steel
Non-ferrous metals
Carbide burr, shape C (WRC): ball-nosed cylinder. • High concentricity • Optimal cutting geometry ensures best work results • Long lifetime Machine suitability: The HF C Z7 tungsten carbide burr can be used with straight grinders, flexible shaft drive machines and air grinders. The recommended cutting speed is 450–600 m/min for unalloyed steels/cast steels/cast iron, and 250–350 m/min for alloyed steels/tool steels/rust- and acid-proofed steels. Structure and production: The head is attached using a specialised brazing technique, while the teeth are cut using high-precision diamond discs on advanced CNC machines. This technique ensures an optimum and high-performance cutting geometry. Applications: This carbide burr as a double cut variant with chip breaker offers users a long tool life as well as high concentricity at a low price. Dimensions: The carbide burr with shape C (ball-nosed cylinder) according to DIN 8032 is available with head diameters of 6 mm to 12.7 mm. The shank diameter is 6 mm.
Stainless steel
Steel
Non-ferrous metals
Carbide burr, shape D (KUD): ball. • High concentricity • Optimal cutting geometry ensures best work results • Long lifetime Machine suitability: The HF D Z7 tungsten carbide burr can be used with straight grinders, flexible shaft drive machines and air grinders. The recommended cutting speed is 450–600 m/min for unalloyed steels/cast steels/cast iron, and 250–350 m/min for alloyed steels/tool steels/rust- and acid-proofed steels. Structure and production: The head is attached using a specialised brazing technique, while the teeth are cut using high-precision diamond discs on advanced CNC machines. This technique ensures an optimum and high-performance cutting geometry. Applications: This carbide burr as a double cut variant with chip breaker offers users a long tool life as well as high concentricity at a low price. Dimensions: The carbide burr with shape D (ball) according to DIN 8032 is available with head diameters of 6 mm to 12.7 mm. The shank diameter is 6 mm.
Stainless steel
Steel
Non-ferrous metals
Carbide burr, shape F (RBF): ball-nosed tree. • High concentricity • Optimal cutting geometry ensures best work results • Long lifetime Machine suitability: The HF F Z7 tungsten carbide burr can be used with straight grinders, flexible shaft drive machines and air grinders. The recommended cutting speed is 450–600 m/min for unalloyed steels/cast steels/cast iron, and 250–350 m/min for alloyed steels/tool steels/rust- and acid-proofed steels. Structure and production: The head is attached using a specialised brazing technique, while the teeth are cut using high-precision diamond discs on advanced CNC machines. This technique ensures an optimum and high-performance cutting geometry. Applications: This carbide burr as a double cut variant with chip breaker offers users a long tool life as well as high concentricity at a low price. Dimensions: The carbide burr with shape F (ball-nosed tree) according to DIN 8032 is available with head diameters of 6 mm to 12.7 mm. The shank diameter is 6 mm.
Stainless steel
Steel
Non-ferrous metals
Carbide burr, shape G (SPG): tree. • High concentricity • Optimal cutting geometry ensures best work results • Long lifetime Machine suitability: The HF G Z7 tungsten carbide burr can be used with straight grinders, flexible shaft drive machines and air grinders. The recommended cutting speed is 450–600 m/min for unalloyed steels/cast steels/cast iron, and 250–350 m/min for alloyed steels/tool steels/rust- and acid-proofed steels. Structure and production: The head is attached using a specialised brazing technique, while the teeth are cut using high-precision diamond discs on advanced CNC machines. This technique ensures an optimum and high-performance cutting geometry. Applications: This carbide burr as a double cut variant with chip breaker offers users a long tool life as well as high concentricity at a low price. Dimensions: The carbide burr with shape G (tree) according to DIN 8032 is available with head diameters of 8 mm to 12.7 mm. The shank diameter is 6 mm.
Stainless steel
Steel
Non-ferrous metals
The LD50 is the high-performance tool for the cost-conscious user. It achieves good cutting times in concrete, while also offering a good lifetime. Laser-welded. Suitable for wet and dry cutting. • Good cutting times • Good lifetime • Wet and dry cutting • Laser-welded Machine suitability: The LD50 diamond cutting disc is designed both for freehand use and for use on a stationary machine: for angle grinders, petrol cut-off saws and table saws (depending on diameter). This product can be used to the full on machines from any performance class. Material suitability: The LD50 has been specifically developed for processing concrete and paving bricks. This high-quality RHODIUS tool is also an excellent choice for processing hard stone and flagstones, concrete tubes or kerbstones, medium-hard masonry bricks and hard sand-lime bricks. Structure and production: The LD50 features a segmented rim. This enables very high cutting speeds to be achieved while also maximising tool life. The tool has been tested to EN 13236 and oSa, and can be used both in wet cutting and dry cutting applications. Use of high-quality industrial diamonds makes the LD50 a particularly powerful tool. The disc is also laser welded. Dimensions: This diamond cutting disc is available in diameters from 115 mm to 350 mm.
Concrete
With the DG70, the user gets an attractive tool for concrete, which offers an impressive price-performance ratio. Suitable for wet and dry cutting. • Good value for money • Wet and dry cutting • Sintered Machine suitability: The DG70 diamond cutting disc is designed for freehand use with angle grinders. This product can be used to the full on machines from any performance class, including low-power machines and battery-powered machines. Material suitability: The DG70 has been specifically developed for processing concrete and paving bricks. This high-quality RHODIUS tool is also an excellent choice for processing hard stone and flagstones, concrete tubes and kerbstones. Structure and production: The DG70 features a segmented rim. This enables very high cutting speeds to be achieved while also maximising tool life. The tool has been tested to EN 13236 and oSa, and can be used both in wet cutting and dry cutting applications. Use of high-quality industrial diamonds makes the DG70 a particularly powerful tool. The disc is sintered directly. Dimensions: This diamond cutting disc is available in diameters from 115 mm to 230 mm.
Concrete
The all-round tool DG55 provides the user with a very good price-performance ratio in the area of natural stones. The continuous turbo rim allows fast working and clean cutting edges. Suitable for wet and dry cutting. Diamond cutting disc with turbo cutting edge. Ideal auch im Einsatz auf 115er und 125er Akku Winkelschleifern. • Universal application for natural stones • Good price-performance ratio • Continuous turbo rim enables high cutting speed and clean cutting edges • Wet and dry cutting • Ideal auch im Einsatz auf 115er und 125er Akku Winkelschleifern Machine suitability: The DG55 diamond cutting disc is designed for freehand use with angle grinders. This product can be used to the full on machines from any performance class. Material suitability: The DG55 has been specifically developed for processing granite. Structure and production: The DG55 features a continuous rim. This ensures high-precision cuts and very clean cutting edges. The tool has been tested to EN 13236 and oSa, and can be used both in wet cutting and dry cutting applications. Use of high-quality industrial diamonds makes the DG55 a particularly powerful tool. The disc is sintered directly. Dimensions: This diamond cutting disc is available in diameters from 115 mm to 230 mm.
Natural stone
The positioning of the diamond segments prevents quick clogging of the cup wheel and enables excellent dust removal at the same time. • Prevents clogging • Excellent dust removal Machine suitability: The DS41 diamond cup wheel is designed for freehand use with angle grinders. This product can be used to the full on machines from any performance class. Material suitability: The DS41 has been specifically developed for processing concrete and paving bricks. This high-quality RHODIUS tool is also an excellent choice for processing hard and medium-hard masonry bricks. Structure and production: The tool has been tested to EN 13236 and oSa. Use of high-quality industrial diamonds makes the DS41 a particularly powerful tool. The diamond cup wheel is also laser welded. Dimensions: This cup wheel is available in the diameters of 125 mm and 180 mm.
Concrete