Carbide Material Data

Technical Info of Carbide Material
Type of Carbide MG
Micro Grain		 Super MG
Super Micro Grain		 NMG
Nano Micro Grain		 EMG
Extra Micro Grain
Carbide Material Data -Micro Grain Carbide Material Data -Super Micro Grain Carbide Material Data -Nano Micro Grain Carbide Material Data -Extra Micro Grain
Chemical composition Co(%) 10 12 9 13
WC incl. Doping (%) 90 88 97 87
Physical Data Density ISO 3369 (g/cm3) 14.5 14.1 14.3 13.9
Hardness HV30 ISO 3878 1610 1680 2000 1700
Hardness HRA ISO 3778 91.9 92.3 94.1 92.4
Transverse Rupture Strength (N/mm2) >3600 >3800 >4000 >3900
Transverse Rupture Strength (1000 psi) >522 >551 >565 >565
Metallographic Data Porosity ISO 4505 A <=2 <=2 <=2 <=2
Porosity ISO 4505 B 00 00 00 00
Porosity ISO 4505 C 00 00 00 00
Microstructure Average Grain Size (μm) 0.6 0.5 0.2 0.5
ISO-Range Classification ISO 513 K30 ~ K40 K40 ~ K50 K10 ~ K30 K40 ~ K50
Application Work Material Stainless steels Titanium alloys Plastics Non ferrous metals Corrosion and heat resistant steels Stainless steels Titanium alloys Non ferrous metals Corrosion and heat resistant steels Fibreglass-reinforced plastic Grey cast iron Carbon fibre-reinforeced materials Hardened steel Graphite composite materials Aluminium alloys Corrosion and heat resistant stells Stainless steels Titanium alloys Non ferrous matals
Characters Extra fine grain hard metal for solid carbide rotary tools applications in the ISO K30-K40/C2-C3. Suit for most cuttings. Superior grain for solid carbide rotary tools applications in very wide range ISO K40 -K50 / C1-C2. Great for low and high speed milling and roughing work when milling and boring. High hardness and extreme bending strength, suit for the drilling of electronic boards and other fibreglass-reinforced plastics and milling of difficult materials. Murakami-Etching

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