DEVELOPMENT OF COATINGS ADHERENT TO METALS UNDER VIBRATION CONDITIONS.
Abstract
The coating adherence to metals under vibration conditions is being studied as a system anchored to the metal in the interface area on the metal surface and on the interreaction between the primer coatings and the interface area. The stability of the subsequent coating applications is studied as influenced by the degree of curing or solvent release in the various coating layers. The influence of crosslinking agents on the result of the curing of polymer components is studied using primarily a vinyl cyclohexene dioxide and a reactive derivative of this same di-epoxide with tetra isopropyl titanate as an effective crosslinking agent. Electron microscope studies are applied in this investigation. The vibration studies are made in this report using a source of ultrasonic vibration in a 5% saltwater tank as a test medium. (Author)
Document Details
- Document Type
- Technical Report
- Publication Date
- May 29, 1965
- Accession Number
- AD0618290
Entities
People
- Max Kronstein
Organizations
- New York University