NCAME and Metal Powder Producer Explore Cold Spray for Component Repair
Auburn University's NCAME is collaborating with a high-performance metal powder producer to assess the viability of cold spray technology for repairing critical components.
The National Center for Advanced Manufacturing and Engineering (NCAME) at Auburn University has initiated a partnership with a producer of high-performance metal powders. This collaboration focuses on evaluating the effectiveness of cold spray technology for the repair of critical components.
Cold spray is an additive manufacturing process where solid particles are propelled at high velocities onto a substrate, causing them to adhere and form a coating or build-up. This method is known for its ability to deposit materials without significant thermal degradation, making it suitable for temperature-sensitive or high-performance alloys.
The partnership aims to leverage the expertise of both NCAME and the metal powder supplier to thoroughly test and validate cold spray applications. This could potentially lead to new methods for extending the lifespan and restoring the functionality of complex and valuable parts across various industries.
While specific details of the components or the types of metal powders being used are not disclosed, the focus on "critical components" suggests applications in sectors such as aerospace, defense, or energy, where component integrity and reliability are paramount.
This collaboration highlights the growing interest in additive repair technologies. Cold spray offers a low-temperature deposition method, ideal for repairing high-value, performance-critical parts without compromising material properties. Its application in extending component life is significant for industries like aerospace, potentially reducing costs and waste, and aligning with the broader trend of in-situ repair and maintenance in demanding environments.
Edited by the news editor with AI from the original report — please refer to the original source.