Application Note:

There are several factors that impact the ability of carbon nanofibers to improve tensile strength in composite materials. These factors include: weight fraction, strength of the nanofibers, dispersion of the nanofibers, aspect ratio and strength of the interface.

Source Data:

Factors relevant to obtaining high tensile strength composites with nanofibers: Weight fraction Strength of the nanofibers Dispersion of the nanofibers Aspect ratio Strength of the interface


The sample labeled SF-PR is a carbon nanofiber that has been oxidized.

Top left chart: Modulus properties of nanocomposite as a function of nanofiber weight %.

Top right chart: Thermal conductivity properties of nanocomposites as a function of nanofiber weight %. Again only the incorporation of a heat treated CNF increased the thermal conductivity while using a PS grade remained similar to the thermal conductivity of the Epon 862.

Bottom left table: Thermal properties of nanocomposites with 4 weight % of nanofiber. Thermal properties of Epon 862 were increased only for the heat treated CNF composite. Heat capacity data (Cp) does not seem to follow the rule of mass fractions between nanofibers and resins.

Bottom right table: Mechanical data of nanocomposites with 4 weight % carbon nanofibers. Data shows that the mechanical properties of the neat resin can be increased with the incorporation of 4 weight % of any of the nanofibers studied.

Our Recommendation:

To improve the mechanical properties of polymers, PPI recommends the following products XXX

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