TiC-Ni/-Fe Hardmetal Parts
Titanium Cemented Carbide High Hardness
TiC-Ni or Tough TiC-Fe Hardmetal Wear Parts
1. AMTmetalTech High Hardness Titanium Cemented Carbide TiC-Ni Hardmetal Wear Parts Specifications
Type | TiC% | Binder | Density | Hardness | Bending Strength |
MT-TiC60Ni | 60 | Ni-alloy | 5.7+/-0.1g/Cm3 | HRC≧91.0 | ≧1500MPa |
2. AMTmetalTech High Hardness Titanium Cemented Carbide TiC-Ni Hardmetal Wear Parts Features
2.1 The hardness of MT-TiC60Ni is min. 91HRA, higher than the hardness of WC+6%Co min. 90HRA. And the impact resistance of MT-TiC60Ni cannot be higher than WC-6Co.
2.2 MT-TiC60Ni is much more corrosion resist and higher temperature resist than WC+6%Co.
2.3 MT-TiC60Ni is easier to be brazed and less crack tendency than WC+6%Co after brazed together.
2.4 The air freight of MT-TiC60Ni will be half as WC-6Co for much lower density. The handling and application can be more convenient for less heavy.
3. AMTmetalTech High Hardness Titanium Cemented Carbide TiC-Ni Hardmetal Wear Parts Sizes
Thickness of AMTmetalTech High Hardness Titanium Carbide Gasket seals, rings, Wear tiles, Rods, Tubes, Blocks can be 1.6-500mm. Other sizes are available as required.
4. AMTmetalTech High Hardness Titanium Cemented Carbide TiC-Ni Hardmetal Wear Parts Applications
AMTmetalTech High Hardness Titanium Carbide Hardmetal Parts can be for replacing Tungsten Cement Carbide WC-6Co as the gasket seals, rings, wear tiles and cutters etc.
5. AMTmetalTech Tough Ferro Titanium Cemented Carbide TiC-Fe Hardmetal Wear Parts Applications
AMTmetalTech Ferro Titanium Cemented Carbide is High Impact Resist similar as Ferro-Titanit as well as good abrasion resist.
Type | TiC, wt% | Density, g/Cm3, min. | Typical Hardness, HRA | Bend Strength, MPa, min. | Porosity | Impact, J/Cm3, min. | Description | Properties | Applications |
MT-316LTiC50 | 50 | 6.0 | 87.5 | 1800 | 316L Titanium Carbide Hardmetal with 316L matrix | 1、High hardness and good corrosion resist. | Mainly for Wear Parts and Crusher inserts.
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MT-316LTiC60 | 60 | 5.7 | 90.0 | 1500 | |||||
MT17-4TiC50 | 50 | 6.0 | HRC50 Sintered, HRC68 Quenched | 2300 | 17-4 Titanium Carbide Hardmetal with 17-4 matrix | ||||
MT-HMTiC50 | 50 | 6.0 | 85.0 | 2800 | A04B00 | 13 | Titanium Carbide HardmetaL with High Mangnesium Steel matrix similar as Ferro-Titanit. | 1、High hardness and Good toughness. | Mainly for Mining Inserts and Bits.
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MT-HMTiC54 | 54 | 5.9 | 86.0 | 2600 | A04B00 | 12 | |||
MT-HMTiC56 | 56 | 5.8 | 87.0 | 2400 | A04B00 | 12 | |||
MT-HMTiC59 | 59 | 5.7 | 88.0 | 2200 | A04B00 | 10 | |||
MT-HMTiC63 | 63 | 5.6 | 88.5 | 1800 | A04B00 | 10 | |||
MT-HMTiC67 | 67 | 5.5 | 89.0 | 1800 | A04B02 | 10 | |||
MT-HMTiC72 | 72 | 5.4 | 90.0 | 1800 | A04B02 | 9 | |||
MT-STTiC35 | 35 | 6.5 | HRC57 Sintered, Annealed, Quenched | 2200 | A04B00 | 5.9 | Titanium Carbide HardmetaL with tool steel matrix similar as Ferro-Titanit. | 1、High hardness and Good toughness. | Mainly for Cutters and Moulds.
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