High temperature tools for designing sustainable erosion resistant coatings
Lead Participant:
MICRO MATERIALS LIMITED
Abstract
The project is a 18 month feasibility study which is a collaboration between (1) Micro Materials Ltd, a SME manufacturer of advanced nanomechanical test instrumentation, (2) Thin Metal Films Ltd, a SME manufacturer of advanced optical coatings, and (3) Cranfield University, a research organisation.
The project will develop new tools for coating characterisation under real-world conditions and use them to develop coatings with improved erosion resistance, providing the UK's surface engineering and advanced coatings sector with a nanomechanical testing capability to 1200 degrees C, for faster and cheaper coating development.
The project will develop new tools for coating characterisation under real-world conditions and use them to develop coatings with improved erosion resistance, providing the UK's surface engineering and advanced coatings sector with a nanomechanical testing capability to 1200 degrees C, for faster and cheaper coating development.
Lead Participant | Project Cost | Grant Offer |
|---|---|---|
| MICRO MATERIALS LIMITED | £209,670 | £ 146,769 |
Participant |
||
| CRANFIELD UNIVERSITY | £134,960 | £ 134,960 |
| THIN METAL FILMS LIMITED | £155,000 | £ 108,500 |
People |
ORCID iD |
| Ben Beake (Project Manager) |