Effect of fluidization time on thickness of composite protective-decorative coating
Katarzyna Bryll, Marek Pijanowski, Katarzyna Gawdzińska, Sławomir Lijewski
Quarterly No. 2, 2014 pages 71-75
DOI:
keywords: ceramic-polymer composites, coating, fluidization method
abstract This study examines how the fluidizing time influences the thickness and decorative properties of a protective coating created by the fluidization method. We have made two types of coatings: polyethylene and a composite (with polyethylene matrix and SiC particle reinforcement). The work, responding to the market demand for new attractive-looking materials, meeting certain preset criteria, such as coating thickness, is part of research into the selection of protective-decorative coatings for elements working in the natural environment, subject to UV radiation, wind and rain.