Various elements must be added to adjust metal material composition and achieve the desired properties. However, depending on the components, adding pure metal can cause component loss due to oxidization and vaporization. Different melting points can also make melting metal difficult.
Master alloys are effective solutions for such issues. These alloys of target elements prevent loss during addition, improve yield, and create uniform components. They also enable smooth, efficient addition and precision adjustment of components, significantly contributing to stabilizing product quality.
At OTG, we produce a variety of master alloys for metals such as copper, aluminum, and zinc. We can flexibly accommodate requests for components and elements other than what is noted below, so please feel free to contact us.
Below are representative product components. We can accommodate requests for other master alloys as well so please feel free to contact us.
| Product | Components | Shape |
|---|---|---|
| Cu-Mg | Mg:50%, Cu:Bal. | Ingots |
| Cu-Ca | Ca:10%, Cu:Bal. | Grains |
| Cu-Ti | Ti:25%, Cu:Bal. | Ingots |
| Cu-Cr | Cr:10%, Cu:Bal. | Ingots |
| Cu-Co | Co:10%, Cu:Bal. | Grains |
| Cu-Zn | Zn:70%, Cu:Bal. | Grains |
| Cu-Zr | Zr:50%, Cu:Bal. | Grains |
Below are representative product components. We can accommodate requests for other master alloys as well so please feel free to contact us.
| Product | Components |
|---|---|
| Al-RE | Al:Bal., RE:20% |
Below are representative product components. We can accommodate requests for other master alloys as well so please feel free to contact us.
| Product | Components |
|---|---|
| Zn-Ni | Ni: 5 - 30%, Zn: Bal. |
| Zn-Ti | Ti: 4%, Zn: Bal. |
| Zn-Mg | Mg: 5 - 20%, Zn: Bal. |
| Zn-Al | Al: 12%, Zn: Bal. |
If you would like to receive more information, please contact us via the form below.
