Tungsten exhibits a body-centred cubic (bcc) crystal lattice. It has the highest melting point of all metals, 3,410° C (6,170° F), and it has high conductivity for electricity.
Owing to its unique combination of properties, Tungsten is used extensively as filaments for incandescent lamps, as electric contacts, and as electron emitters for electronic devices. Tungsten also has found wide application as an alloying element for tool steels and wear-resistant alloys. Tungsten carbides are used for cutting tools and hard-facing materials, while tungsten alloys are employed in rocket-engine nozzles and other aerospace applications.
Range of Capabilities:
- Metallurgical testplans
- Project management
- Metallurgical summary reports
- Flowsheets
- Mass balances
- P&IDs
- Vendor evaluation
- Project implementation
- Engineering studies
- Environmental studies
- Process description/Equipment lists
- Detailed design
Please send through your enquiry today via email to info@metsengineering.com and we will call you to discuss your project.
Project Experience:
| Client | Project | Service |
|---|---|---|
| Hazelwood Resources | Big Hill Project | Studies |
| Hazelwood Resources | Cooke’s Tungsten Project | Testwork and Development |
| Confidential | Confidential | Testwork Review |
| Confidential | Confidential | Desktop CAPEX and OPEX study |
Sharing Our Knowledge:
Mineral Processing Course
We offer a course that gives participants in-depth knowledge of the broader aspects of mineral processing. A wide range of topics is covered and participants will gain an understanding of the fundamental unit processes, equipment and flowsheets as well as physical and chemical mineral processing principles. Read more about our course here.