PT Journal
AU Zuravsky, I
   Svobodova, J
   Lysonkova, I
   Lattner, M
   Ponikelsky, J
TI Analysis of the thermal stability of PTFE nanoparticles enriched coating on material made from Al-Si alloy
SO Manufacturing Technology Journal
PY 2021
BP 279
EP 287
VL 21
IS 2
DI 10.21062/mft.2021.026
DE Thermal stability; PTFE coating; nanoparticles; nanocoating; nanolayers
AB The article focuses on technological procedures of coating of metal molds made from Al-Si alloys, espe-cially used for making tyres. The idea is to create coating on aluminium based metal molds in order to reach a higher number of production cycles between individual cleaning operations in tyre making tech-nology. The experiment was based on a preparation of experimental samples, which were coated with a teflon based product with the addition of nanoparticles (eg. TiO2), in other words, particles as large as tens of nanometres, which were mixed into the teflon solution in a particular concentration. After creat-ing the coating, the experimental samples were put under a thermal load in various thermal modes. Fu-thermore, roughness, coating resistance, and changes after the thermal load were subjects of the study.
ER