To enhance the anticorrosive performance of coatings in harsh corrosive environments, a
graphene/isophorone diisocyanate (IPDI) microcapsule is prepared by in-situ …

A rough surface composed of asperities was considered as the obstacle for achieving
superlubricity in traditional friction theory. Here, microscale superlubricity with the friction …

In the exploration of new microcapsule self-healing coatings with exceptional abrasion and
corrosion resistance, this study focused on employing dual-function polydopamine-modified …

In this study, fluorosilane-modified hollow mesoporous Diatom biosilica oil-carrying
microcapsules (Oil@ HMSNs/DE-F) were successfully synthesized using diatomite as hard …

Perfluoropolyether (PFPE) is an excellent high-temperature lubricant; however, its poor
affinity with additives such as MoS 2, a common high-temperature lubricant additive, often …

Fabric composite materials face significant challenges in maintaining excellent tribological
properties at high temperatures. This study employed photodeposition to deposit gold (Au) …

In this work, an innovative approach utilizing the solvent evaporation method was employed
to prepare a three-dimensional expanded graphite skeleton containing uniformly dispersed …

The reduction of the wear rate and friction coefficient of composites simultaneously has a
great challenge. Herein, a unique phase change microcapsule is designed with n-docosane …

High-speed train brake discs, relying on surface friction for braking, can reach up to 600° C,
significantly increasing wear and adversely affecting performance and lifespan. Here, we …

To improve the tribological properties of polyurethane (PU) based water-lubricated bearings
specifically under severe conditions, expanded graphite/paraffin (EG/paraffin) is synthesized …