NASA NTRS ยท 19850000125
Perforating Thin Metal Sheets
Abstract
Sheets only few mils thick bonded together, punched, then debonded. Three-step process yields perforated sheets of metal. (1): Individual sheets bonded together to form laminate. (2): laminate perforated in desired geometric pattern. (3): After baking, laminate separates into individual sheets. Developed for fabricating conductive layer on blankets that collect and remove ions; however, perforated foils have other applications - as conductive surfaces on insulating materials; stiffeners and conductors in plastic laminates; reflectors in antenna dishes; supports for thermal blankets; lightweight grille cover materials; and material for mockup of components.
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Davidson, M. E.. 1985-06-01. Perforating Thin Metal Sheets. https://ntrs.nasa.gov/citations/19850000125
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