Tafel, salt spray and open circuit potential measurement tests confirmed that performance of GI coatings against chloride attack was improved for both flash coated steels and GA coating has better resistance capability than GI coating.
The thermal conductivity of the coating layer was successfully evaluated and compared well with those obtained by the laser flash method for similar coatings.
Therefore, the main aims of the present work are to define the process parameter fields for the deposition of Ti 6Al 4V leading to flash and defect free coatings and associate them with geometric features of the deposited layer.
This work opens a new way to synthesize high performance waterborne acrylic resin and reports on the anti-flash corrosion of waterborne coatings on the iron base material surface.
Thermal conductivity values of as-coated and aged coatings are measured by Laser-Flash Analysis (LFA) and have been correlated with the changes in pore shape and size.
We investigated the effects of water drying conditions on the surface properties and morphology of waterborne UV-curable coatings at the flash-off step.
Thermal diffusivity of single and multi-layered coatings was obtained by laser flash analysis and thermal conductivity of the coating systems was determined.
