Polytetrafluoroethylene (PTFE) is widely used in tribological applications. However, it faces
challenges due to its high wear rate. Reinforcement of additives in PTFE reduces its wear …

Polytetrafluoroethylene (PTFE), which has an extremely low coefficient of friction and good
thermal and chemical stability, is widely used as a self-lubricating material. In this study, the …

The PEEK fabric-reinforced polyimide resin containing microcapsules with excellent
mechanical and lubrication properties is reported. The GO-COOH/TiO 2@ PAO double-wall …

Developing high-performance of organic solid lubricating coating is of great significance for
extending the life of the moving systems/parts. Herein, the non-covalently modified h-BN …

This study investigated the influence of fluorinated graphite (FGi) on the thermal and
mechanical attributes of epoxy/fluorinated graphite (EP/FGi) composites. The TGA analysis …

To improve the subpar lubricating performance of epoxy resin, this paper presents the
preparation of a novel bimetallic phyllosilicate featuring a distinctive rice‐granular …

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

Generally, modification of materials by adding multiple types of nano particles could cause
dispersion problems, generally limited the performance improvement effect. Herein, we …

The integration of solvent-based self-healing mechanism into self-lubricating materials
becomes a novel and effective method to improve the friction and wear behaviors of motion …

Self-lubricating microcapsules can reduce the coefficient of friction/wear and improve the
tribological properties of polymer composites. Impregnation of prefabricated shell with core …