BTW, the crobalt USA site has a good summary of the strengths of their product:
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Crobalt® is an excellent cutting tool material. It possesses the following excellent cutting properties at room and elevated or cutting temperatures:
• High hardness
• Very good abrasion resistance
• High Edge Strength – Transverse Rupture Strength
• High Compression Strength
• Excellent corrosion and oxidation resistance
Higher Productivity than High-Speed Steel :: Crobalt® has much better high-temperature or cutting-temperature properties than high-speed steels. Crobalt’s exceptional hardness and strength at high cutting temperatures allows us to achieve higher cutting speeds with longer tool life than are possible with high-speed steels.
Less Breakage than Cemented Carbides :: Crobalt® has higher edge strength than most Cemented Carbide Cutting Tool Compositions. This translates into higher feed rates when machining tough materials, less breakage on interrupted cuts, and cuts on rough non-concentric surfaces or when chatter is experienced.
Wider Latitude in Selection of Tool Geometries :: High edge strength gives us wider latitude in our choice of Tool Geometries, less breakage when using high clearance angles, high rake angles, small cutting edge angles and small nose-radii.
Less Breakage Due to Build-Up Edge :: Low coefficient of friction, low chemical reactivity and high edge strength minimize breakage due to build-up on the edge. These properties make Crobalt® an excellent cut-off tool material.
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Craig
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Crobalt® is an excellent cutting tool material. It possesses the following excellent cutting properties at room and elevated or cutting temperatures:
• High hardness
• Very good abrasion resistance
• High Edge Strength – Transverse Rupture Strength
• High Compression Strength
• Excellent corrosion and oxidation resistance
Higher Productivity than High-Speed Steel :: Crobalt® has much better high-temperature or cutting-temperature properties than high-speed steels. Crobalt’s exceptional hardness and strength at high cutting temperatures allows us to achieve higher cutting speeds with longer tool life than are possible with high-speed steels.
Less Breakage than Cemented Carbides :: Crobalt® has higher edge strength than most Cemented Carbide Cutting Tool Compositions. This translates into higher feed rates when machining tough materials, less breakage on interrupted cuts, and cuts on rough non-concentric surfaces or when chatter is experienced.
Wider Latitude in Selection of Tool Geometries :: High edge strength gives us wider latitude in our choice of Tool Geometries, less breakage when using high clearance angles, high rake angles, small cutting edge angles and small nose-radii.
Less Breakage Due to Build-Up Edge :: Low coefficient of friction, low chemical reactivity and high edge strength minimize breakage due to build-up on the edge. These properties make Crobalt® an excellent cut-off tool material.
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Craig