We produce carbide types with ultrafine and coarse grain structures and with high binding metal contents. Types with high corrosion protection and solder preparation.

Fine-grain carbide grade with a grain size of 0.7 µm for rotational solid-carbide tools. Covers a wide range of K-grade applications. Standard carbide grade for machining gray cast iron, chilled cast iron, heat-treatable aluminium alloys, plastics containing fillers, etc.

Our most universal carbide grade for an exeptionally wide range of applications. K40UF is made of ultrafine tungsten carbide with a grain size of 0.7 µm. In combination with a cobalt content of 10 %, this allows for both superior hardness and toughness to be attained. The ultrafine grain carbide grade K40UF is particulary suitable for milling and, on account of its cutting-edge stability, has become our standard grade for high-performance drilling. Well-suited for drilling or milling applications with hight-temperature alloys, stainless steels, cast iron, titanium alloys, and glass-fiber reinforced plastics.

This grade offers a cobalt content of 12 % and a grain size of 0.5 µm, ensuring extremely high toughness while at the same time maintaining substantial hardness. Next to drilling and tapping, this grade lends itself well to milling applications with titanium alloys, high-temperature alloys, cast iron, stainless and hardened steels, glass-fiber reinforced plastics, and composite materials.


Our newly-developed premium carbide grade for high-performance applications has set the benchmark for carbides. K55SF is made of super-fine tungsten carbide with grain sizes between 0.2 and 0.4 µm, significantly surpassing the hardness of our previous grades. This super-fine grain carbide grade features high cutting-edge stability while maintaining high wear resistance and considerable toughness. The application scope spans the usage with highly waer-resistant materials, such as stainless and hardened steels, graphite, high-strength aluminium alloys, as well as abrasively acting composite materials, e.g. Kevlar^® and GFRP. Taking advantage of this material's full potential and superior performance means using it in demanding applications wich require feed rates or cutting speeds that are significantly higher than those supported by conventional carbide grades.

Our new carbide grade for reaming applications. Offering a relatively low cobalt content of 6 %, this grade has been developed specifically with reaming applications in mind that demand both superior hardness and resistance to wear. K6UF is also well-suited for drilling applications with composite materials and for deep-hole drilling.


INSERT NEW TEXT HERE!! Our new carbide grade for reaming applications. Offering a relatively low cobalt content of 6 %, this grade has been developed specifically with reaming applications in mind that demand both superior hardness and resistance to wear. K6UF is also well-suited for drilling applications with composite materials and for deep-hole drilling.


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