Before revision: 1 p 375 Spider silk 1400 1.31 1069 109 Silicon carbide fiber 3440 3.16 1088 110 Miralon carbon nanotube yarn C-series 1375 0.7–0.9 1100 112 Glass fiber 3400 2.60 1307 133 Basalt fiber 4840 2.70 1790 183 1 μm iron whiskers 14000 7.87 1800 183 Vectran 2900 1.40 2071 211 Carbon fiber (AS4) 4300 1.75 2457 250 Kevlar 3620 1.44 2514 256 Dyneema (UHMWPE) 3600 0.97 3711 378 Zylon 5800 1.54 3766 384 Carbon fiber (Toray T1100G) 7000 1.79 3911 399 Carbon nanotube (see note below) 62000 0.037–1.34 46268–N/A 4716–N/A Colossal carbon tube 6900 0.116 59483 6066 Graphene 130500 2.090 62453 6366 B atomic chain 76400 C atomic chain 76400 BC atomic chain 91800 BN atomic chain 78400 C2N atomic chain 108000 Fundamental limit The data of this table is from best cases, and has been established for giving a rough figure.
After revision: 1 p 375 Spider silk 1400 1.31 1069 109 Silicon carbide fiber 3440 3.16 1088 110 Miralon carbon nanotube yarn C-series 1375 0.7–0.9 1100 112 Glass fiber 3400 2.60 1307 133 Basalt fiber 4840 2.70 1790 183 1 μm iron whiskers 14000 7.87 1800 183 Vectran 2900 1.40 2071 211 Carbon fiber (AS4) 4300 1.75 2457 250 Kevlar 3620 1.44 2514 256 Dyneema (UHMWPE) 3600 0.97 3711 378 Zylon 5800 1.54 3766 384 Carbon fiber (Toray T1100G) 7000 1.79 3911 399 Carbon nanotube (see note below) 62000 0.037–1.34 46268–N/A 4716–N/A Colossal carbon tube 6900 0.116 59483 6066 Graphene 130500 2.090 62453 6366 Fundamental limit The data of this table is from best cases, and has been established for giving a rough figure.