Effects of graphene and CNTs reinforcement on the friction mechanism of nitrile butadiene rubber under water lubrication conditions

Graphene in rubber formulations: a comprehensive review and performance optimization insights

“…Intriguingly, graphene is also a friendly filler in other rubber products such as protective clothing, 160,161 coating, 162,163 sealant, 164,165 bearing, 166,167 damping systems, 168,169 electronic packaging, 170,171 heat dissipation materials, 132 heat resistance parts in the automotive industry, 172 soil mulching film, 173,174 and waste absorbent materials. 175 The GO in the chlorobutyl rubber acts as a catalyst in boosting the crosslinking degree of the rubber for chemical protective clothing.…”

Ionic Liquid/Functionalized Graphene Oxide as a Nano Additive for Corrosion Protection and Lubrication

“…Nanomaterials were expected to be the future direction for lubricant additives owing to their excellent mechanical properties and higher thermal stability than organic additives . Among them, graphene-based materials (monolayer graphene, multilayer graphite, and graphene oxide (GO)), a class of two-dimensional materials with high Young’s moduli and fracture resistance, have a wide range of applications and market-oriented prospects in the field of lubrication. , …”

Enhancement of the mechanical and tribological properties of carboxylated acrylonitrile butadiene rubber filled with cryptocrystalline graphite by different preparation methods

“…In general, the proper additive amount of graphite materials in polymers is 0-10 phr. 20,21 Excessive filler content leads to filler aggregation and performance decrease. Liu et al 20 found that the adhesion and coefficient of friction (COF) of NBR composites were reduced effectively with the addition of 3 phr carbon nanotubes and graphene, respectively.…”

“…20,21 Excessive filler content leads to filler aggregation and performance decrease. Liu et al 20 found that the adhesion and coefficient of friction (COF) of NBR composites were reduced effectively with the addition of 3 phr carbon nanotubes and graphene, respectively. As reported by Li et al, 22 the addition of graphene oxide (GO) significantly decreased the COF and wear rate of NBR composites by forming a dense and continuous transfer film under dry sliding conditions.…”