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. 2021 Mar 29;3(10):2741–2776. doi: 10.1039/d1na00050k

Percentage improvement in UTS, KIC and flexural modulus for epoxy reinforced with aerographene.

Resin Filler Composite fabrication UTS (%) K IC (%) Flex mod. (%) Ref./year
Type Synthesis Loading
ML-523 and HA-11 3D nitrogen doped graphene GO + dicyanamide hydrothermal reduction 0.1 wt% Ultrasonic mixing 19 2020 (ref. 177)
LY 1556 and XB 3471 100 : 12 Ultra large-GA Directional freeze drying of GO 0.11 vol% Vacuum infiltration 69 2018 (ref. 178)
Small-GA 0.16 vol% 33
Epoxy and hardener Multilayer graphene web CVD on Ni template 8.3 wt% Vacuum infiltration 100 2018 (ref. 179)
LY1556 and TETA in 100 : 12 Non-oxidized graphene aerogel Bi-directional freeze casting in PVA 0.45 vol% Vacuum infiltration 76 2018 (ref. 176)
0.34 vol% 25
Aeromarine 300/21 Commercial GF 0.13 wt% Mold casting 12 2017 (ref. 180)
Rim 135 and Rim 137 100 : 30 Aero-graphite CVD on ZnO template 0.45 wt% Vacuum infiltration 19 2016 (ref. 181)
Epoxy and hardener GA Reduction using HI, freeze drying 1.4 wt% Vacuum infiltration 64 2015 (ref. 182)
0.5 wt% 12
LY1556 and TETA 100 : 12 GF CVD on Ni template 0.1 wt% Vacuum infiltration 70 2014 (ref. 183)
0.2 wt% 53