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Figure 6 - Typical Resin Stress/Strain Curves (Post-Cured for 5 hrs @ 80°C It should also be noted that when a composite is loaded in tension, for the full me- chanical properties of the fibre component to be achieved, the resin must be able to deform to at least the same extent as the fibre. Figure 7 gives the strain to failure for E-glass, S-glass, aramid and high-strength grade carbon fibres on their own (i.e. not in a composite form). Here it can be seen that, for example, the S-glass fibre, with an elongation to break of 5.3%, will require a resin with an elongation to break of at least this value to achieve maximum tensile properties. Figure 7 – Typical strains to failure GTC-6-0417 - 9PDF Image | GUIDE TO COMPOSITES
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