Thermo-plastic material durability resistivity evaluation through experimental and analytical tactics

Thermoplastic vulcanizates (TPV) / brandonite (BR) blends were created with completely different ratios of N-339(HAF): N-660(SRF) atomic number 6 fillers. The mechanical characteristics of pure rubber mix and persons loaded with different percentages of carbon black were examined. The 80TPV:20BR mix had the highest values for durability and elongation at break. The calculated changes in the mechanical characteristics of mixes were correlative to the morphology as detected by SEM. The electrical resistance of rubber mixes changed during compression. Copyright (c) 2022 Elsevier Ltd. All rights reserved. Selection and peer-review under responsibility of the scientific committee of the International Conference on Advances in Materials Science, Communication and Microelectronics.

Automated summary

Thermoplastic vulcanizates (TPV) / brandonite (BR) blends were prepared with different ratios of N-339(HAF): N-660(SRF) carbon black fillers. The mechanical properties of pure rubber mixture and samples loaded with varying percentages of carbon black were tested, and the 80TPV:20BR blend showed the highest values for durability and elongation at break. The changes in the mechanical properties of the blends were correlated to the morphology observed by SEM. The electrical resistance of the rubber blends also changed during compression.