Technical features of the coating
| Coating colour | Hardness | Elastic modulus E | Oxidation temp. | Coeff. of friction on 100Cr6 | Deposition temp. | Typical thickness |
|---|---|---|---|---|---|---|
| Dark purple | 3200 ± 50 HV | 400 ± 20 GPa | 1100°C | 0,3 | 480°C | 3-5 μm |
This coating is made with an innovative equipment which allows to create a very thin, almost droplet-free structure, and therefore a very low intrinsic roughness.
AlCro-X has an excellent adhesion to substrates thanks to a high-energy etching step, implemented for the first time by a chemical reaction activated by plasma, which makes surfaces particularly reactive to further coating.
AlCro-X is the new coating made from Aluminium and Chromium Nitride which has been developed by miniToolsCoating for application on shearing, bending and drawing dies.
ALUMINIUM AND ZAMAK DIE CASTING DIESThis coating contains a high percentage of aluminium and is suitable for very high operating temperatures. This is why AlCro-X is suitable for aluminium and zamak die casting dies as well.
This coating is made with an innovative equipment which allows to create a very thin, almost droplet-free structure, and therefore a very low intrinsic roughness.
AlCro-X has an excellent adhesion to substrates thanks to a high-energy etching step, implemented for the first time by a chemical reaction activated by plasma, which makes surfaces particularly reactive to further coating.
AlCro-X is the new coating made from Aluminium and Chromium Nitride which has been developed by miniToolsCoating for application on shearing, bending and drawing dies.
ALUMINIUM AND ZAMAK DIE CASTING DIESThis coating contains a high percentage of aluminium and is suitable for very high operating temperatures. This is why AlCro-X is suitable for aluminium and zamak die casting dies as well.
| Coating colour | Hardness | Elastic modulus E | Oxidation temp. | Coeff. of friction on 100Cr6 | Deposition temp. | Typical thickness |
|---|---|---|---|---|---|---|
| Dark purple | 3200 ± 50 HV | 400 ± 20 GPa | 1100°C | 0,3 | 480°C | 3-5 μm |
