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GATOR-GARD ® Applied Coatings Extend Service Lives of Critical Aerospace Components
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English
Abstract
A new coating process, GATOR-GARD®, uses a high temperature, high velocity ionized gas to deposit metal or ceramic particles on substrate materials. These uniformly heated particles are deposited at velocities in excess of 4,000 feet per second ensuring a high density, well bonded coating tailored for resistance to wear, erosion, oxidation and sulfidation. The unique structure of GATOR-GARD applied coatings provides the exceptional wear resistance necessary to increase aircraft engine component service lives in particularly harsh environments.
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Citation
Lewis, T., "GATOR-GARD® Applied Coatings Extend Service Lives of Critical Aerospace Components," SAE Technical Paper 820611, 1982, https://doi.org/10.4271/820611.Also In
References
- “Quarterly Report, Materials for Advanced Turbine Engines” National Aeronautics and Space Administration 1981