Non-magnetic tungsten carbide plate, because of its hardness, bending strength, impact toughness, corrosion resistance is higher than other materials, and thus is suitable for hot mining wells, out of sand wells. Non-magnetic Cemented Carbide is a cemented carbide material without magnetic property or weak magnetic property. Adopting non-magnetic Cemented Carbide, with its excellent performance instead of non-magnetic steel can improve the working efficiency exponentially. Non-magnetic Cemented Carbide Plate is widely used, that is, it has the characteristic of non-magnetic and high hardness of Cemented Carbide, which can't be replaced by other metal materials.
The development and production of non-magnetic cemented carbide materials is a significant performance of new cemented carbide materials. Cemented carbide is the periodic table ⅣA, ⅤA, ⅥA refractory metal carbide (such as tungsten carbide WC), with iron transition group metals (cobalt Co, nickel Ni, iron Fe) as the bonding phase, through the powder metallurgy industry sintering and become.
Non-magnetic tungsten carbide plate, because of its hardness, bending strength, impact toughness, corrosion resistance is higher than other materials, and thus is suitable for hot mining wells, out of sand wells. Non-magnetic Cemented Carbide is a cemented carbide material without magnetic property or weak magnetic property. Adopting non-magnetic Cemented Carbide, with its excellent performance instead of non-magnetic steel can improve the working efficiency exponentially. Non-magnetic Cemented Carbide Plate is widely used, that is, it has the characteristic of non-magnetic and high hardness of Cemented Carbide, which can't be replaced by other metal materials.
The development and production of non-magnetic cemented carbide materials is a significant performance of new cemented carbide materials. Cemented carbide is the periodic table ⅣA, ⅤA, ⅥA refractory metal carbide (such as tungsten carbide WC), with iron transition group metals (cobalt Co, nickel Ni, iron Fe) as the bonding phase, through the powder metallurgy industry sintering and become.
