CT5015
An uncoated cermet with excellent resistance to built-up-edge and plastic deformation. New formula with improved toughness. For finishing of low alloyed and alloyed steels when high surface quality and/or low cutting forces are required.
GC1515
A thin CVD-coated micro-grain carbide. Recommended for finishing of low carbon- to low alloy steels, and other "sticky" steel alloys using medium to low cutting speed. Excellent when surface finish or sharp cutting action is needed. Great resistance to thermal shock makes it also suitable for light intermittent cuts.
GC1525
A PVD coated cermet. Very high wear resistance and good edge toughness. For finishing and semi-finishing of low carbon and low alloyed steels. To be used when good surface quality is demanded at medium to high cutting speeds.
GC4205
A CVD coated grade with excellent resistance against craterwear and plastic deformation. Recommended for stable conditions when higher metal removal rate is needed in medium to rough steel applications. Is able to withstand high temperatures without sacrificing edge line security in wet and dry machining.
GC4215
MTCVD TiCN coated grade with a thicker Al203 low stress aluminium layer provides maximum thermal and chemical protection. Wide application range in different steels, from low carbon through to low and high alloyed. Also a good back up for toughness demanding cast iron turning applications.
GC4225
CVD-coated carbide grade for finishing to roughing of steel and steel castings. A gradient substrate with optimized hardness and toughness for steel turning in combination with a thick wear resistant coating. This grade can handle continous cuts as well as interrupted, a grade for a broad application area.
GC4235
The low stress MTCVD TiCN coating ensures a wide application in demanding operations. Though optimized for unstable conditions in steel turning, GC4235 also works well in stainless steels. The versatility, together with its secure and reliable performance make this grade ideal for unmanned and automated production.
GC3005
CVD-coated carbide consisting of a wear resistant coating with very good adhesion to a hard substrate and capable of withstanding high cutting speed. For finishing of nodular iron, high strength malleable iron and alloyed grey iron with high surface demands and for finishing and semi-finishing at high cutting speed of high alloy steels with high surface demands.
GC2015
CVD-coated carbide grade for finishing and light roughing of stainless steels. A substrate, which can handle high temperatures, combined with a wear resistant coating makes this grade a first choice for continuous cuts at moderate to high cutting speeds.
GC2025
CVD-coated carbide optimized for semi-finishing to roughing of austenitic stainless and duplex stainless steels at moderate cutting speeds. Good resistance to thermal and mechanical shock provides excellent edge security also for interrupted cuts.
GC2035
PVD-coated carbide. Recommended for semi-finishing of austenitic stainless and duplex stainless steels at low to moderate cutting speeds. Great resistance to thermal shock makes it ideal for applications with fast intermittent cuts.
GC235
CVD-coated carbide grade for roughing of steel and steel castings in the most unfavorable conditions. The tough substrate provides extremely good edge security which allows the grade to handle heavy interrupted cuts at low speeds.
GC1125
A PVD-coated micro-grain carbide. Recommended for finishing of all kinds of stainless steels, using medium to low cutting speeds. Excellent when sharp cutting action combined with superior edge toughness or surface finish is needed. Great resistance to thermal shock makes it also suitable for light intermittent cuts.
CB7050/CB50
Extremely hard Cubic Boron Nitride grades. High edge toughness and good wear resistance make them optimal for high speed finishing of grey cast iron under continuous as well as interruupted conditions.
CC6090
Pure silicon nitride based ceramic providing good wear resistance at high temperatures. Recommended for high speed roughing to finishing of cast irons under good conditions. Is able to handle some interruptions.
GC1690
A CVD-coated silicon nitrice ceramic grade. The properties of GC1690 make it highly suitable for light roughing, medium and finishing applications in cast iron.
GC3205
CVD-coated carbide consisting of a thick, smooth, wear resistant coating and a very hard substrate. Recommended for high speed turning of grey cast iron (GCI).
GC3215
CVD-coated carbide consisting of a thick, smooth, wear resistant coating and a very hard substrate, capable of withstanding demanding interrupted cutting conditions. Recommended as general choice for roughing of all cast irons at low to medium cutting speeds.
| GC3210
CVD-coated carbide consisting of a thick, smooth, wear resistant coating and a very hard substrate. Recommended for high sped turning of nodular cast iron (NCI).
CC650
Mixed Al203 based ceramic. Recommended for high speed finishing of grey cast irons and hardened cast irons in stable conditions.
CC620
"Pure" Al203-based ceramic. Recommended for high speed finishing of grey cast irons under stable and dry conditions.
H10
Uncoated carbide grade. Combines excellent abrasive wear resistance and edge sharpness. For rough to finish turning of aluminium alloys.
CD1810
A diamond-coated grade for finishing to roughing of aluminium, magnesium, copper, brass, plastics etc. The diamond-coating gives excellent wear resistance and less built-up-edge, which results in high surface quality.
CD10
A polycrystalline diamond grade for finishing and semifinishing of non-ferrous and non-metallic materials. Gives long tool life, clean cut and good finish.
CC670
A silicon carbide whisker reinforced aluminium oxide based ceramic with excellent bulk toughness. Primarily recommended for heat resistant alloys in unfavourable conditions.
CC6060
Ceramic sialon - a mixture of silicon nitrid and aluminium oxide - grade for excellent productivity in medium to roughing operations in first and intermediate stage machining. This grade is an optimizer for increased productivity in stable conditions where good notch resistance is a prerequisite.
CC6065
Ceramic sialon - a mixture of silicon nitrid and aluminium oxide - grade for excellent productivity in medium to roughing operations in first and intermediate stage machining. The first choice for high temperature alloy machining in existing machine programmes.
S05F
CVD-coated carbide. For high speed finishing in HRSA, or long cuts at lower speeds. For applications where notch is not a significant problem, i.e. round inserts, large entry angle and softer materials, this grade can also be used in roughing applications.
GC1105
The substrate consists of a hard fine-grained WC with 6% Co for high hot hardness and good resistance against plastic deformation. The new thin PVD TiAlN-coating with excellent adhesion, also on sharp edges, guarantees toughness, even flank wear and outstanding performance in heat resistant super alloys.
GC1005
PVD-coated carbide. The combination of a hard fine grain substrate with good plastic deformation resistance and a coating with high wear rsistance at high temperatures, makes this grade suitable for finishing of stainless steels at high speeds.
GC1025
PVD-coated micro grain carbide. Recommended for finishing of stainless steels when close tolerances, excellent surface finish or sharp cutting action is needed. Great resistance to thermal shock also makes it suitable for intermittent cuts.
CB7015
High performance, low content Cubic Boron Nitride grade. First choice for continuous and light interrupted cuts at high speed in case hardened steels.
CB7025
High performance, low content Cubic Boron Nitride grade. First choice for interrupted cuts at high speed in case hardened steels.
CB20
High perrformance Cubic Boron Nitride grade. First choice for continuous and light interrupted cuts in hardened steel.
H10A
Uncoated carbide grade. Combines good abrasive wear resistance and toughness for medium to rough turning of heat resistant steels and titanium alloys.
H13A
Uncoated carbide grade. Combines good abrasive wear resistance and toughness for medium to rough turning of heat resistant steels and titanium alloys.
H10F
Uncoated fine-grain carbide grade. Recommended for heat resistant super alloys or Titanium alloys at very low speeds. Great resistance to thermal shock and notch wear makes it suitable for long cuts or intermittent cuts.
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