Enhancing tribological performance: A comprehensive review of graphene-based additives in lubricating greases

Enhancing tribological performance: A comprehensive review of graphene-based additives in lubricating greases

Blog Article

The integration of carbon-based additives, such as graphene, graphene ox- ide (GO), and reduced graphene oxide (rGO), into lubricating greases has attracted significant interest in the field of tribology.These materials exhibit unique properties such as exceptional mechanical strength, low interlayer shear resistance, and high thermal conductivity, which act to enhance the performance of lubricating greases.This review paper explores First study on microscopic and molecular detection of Acanthocheilonema reconditum and Leishmania infantum coinfection in dogs in Southwest Colombia grease formation, types, and performance, focusing on the potential advantages Defining Human Rights in Times of Covid: Human Rights Discourse in the UK and Devolved Legislatures and limitations of graphene derivatives as lubricant additives.Graphene has been shown to reduce friction and wear, improve load-carrying capacity, and enhance thermal stability through various research projects.

Despite the promising results, challenges such as effective dispersion, scalability of synthesis, and grease structure compatibility remain.This paper provides a comprehensive overview of current research, highlighting the benefits, limitations, and future directions for graphene-based additives in lubricating greases.