
Grade description
P05–P25 M9315 Milling grade with high abrasion resistance even at high thermal loads, main
| K10–K30 | MT-CVD | - - - | |
| application area is higher cutting speeds with medium or small depths of cut. | |||
| H10–H20 | |||
| P10–P30 | |||
| This grade has an ideal balance between wear resistance and toughness, it is mainly |
M9325 K10–K30 designed for roughing operations. Advantages are excellent wear resistance even at
MT-CVD - - - relatively high cutting speeds with excellent reliability, this grade is more suitable for
applications using higher speeds and lower feed rates. H15–H20 P35–P50 A very tough grade, where the main advantage is the high strength of the cutting edge
M9340 and resistance to adverse cutting conditions. Although this material has an MT-CVD
M30–M40 MT-CVD - - -
M30 – M40 coating, it is possible to use emulsion cooling for its application, especially in optimum cutting conditions. S15–S20 P05–P20
One of the most abrasion-resistant milling grades which should be used under stable M5315 conditions. Its main advantage is the extremely high resistance to thermal stress and
K05–K25 MT-CVD - - -
abrasive K05 – K25 wear. It is mainly used for machining hard and very hard materials, particularly cast iron. H05–H20 P01–P10
Grade specially developed for copy milling, featuring high resistance to abrasion. It is M01–M10 suitable for machining at higher cutting speeds under stable cutting conditions, and for
M8310 PVD -
K01–K10 machining virtually all groups of machined materials (particularly stronger and harder materials). H05–H15 P10–P20
M10–M20 One of the most versatile milling grades, in terms of both the range of workpiece K10–K25 materials and the range of possible applications. It is characterised by high wear
| 8215 | PVD | + / - | resistance and operational reliability. Its other advantages include excellent resistance | |
| N10–N25 | to cracking induced by temperature shock. With its unique properties, this material is | |||
| S10–S15 | undoubtedly one of the pillars of the milling range. | |||
| H10–H15 | ||||
| P20–P40 | The main application area of this grade is machining all kinds of steels (including | |||
| M8325 | PVD | - | stainless) in the “soft state“. It can also be used for machining softer cast irons. Suitable | |
| M15–M30 | for M15 – M30 machining at medium speeds under average cutting conditions. | |||
| P20–P40 | ||||
| M20–M35 | ||||
| K20–K40 | This grade is universal and can be used for machining various types of materials. | |||
| M8330 | PVD | + / - | However, it’s priority application area lies within steels and ductile cast irons. It is |
N15–N30 recommended for milling at medium speeds under unstable cutting conditions. S15–S25 H15–H25 P25–P50
Grade specially developed for copy milling, featuring high resistance to abrasion. It is M20–M40 suitable for machining at higher cutting speeds under stable cutting conditions, and for
M8340 PVD + / -
K20–K40 machining virtually all groups of machined materials (particularly stronger and harder materials). S20–S30