Abstract: A new method for the making of a new composite of nanomaterials and fibers is disclosed, comprising at least a step in which the nanomaterials are incorporated into the fiber preform by applying ultrasound to an impregnated fiber preform and iterating the steps of the method until to obtain a desired concentration of nanomaterial incorporated into the composite. The method allows obtaining uniform composite of high quality with higher thermal conductivity which are also part of the present invention. A new ancillary material stacking sequence incorporating nanomaterial/fibers composite is also disclosed, in which the ancillary sequence is placing breather and bleeder between the release film and curing tool in order to eliminate accumulated matrix against the tool plate.

Abstract: A new method for the making of a new composite of nanomaterials and fibers is disclosed, comprising at least a step in which the nanomaterials are incorporated into the fiber preform by applying ultrasound to an impregnated fiber preform and iterating the steps of the method until to obtain a desired concentration of nanomaterial incorporated into the composite. The method allows obtaining uniform composite of high quality with higher thermal conductivity which are also part of the present invention. A new ancillary material stacking sequence incorporating nanomaterial/fibers composite is also disclosed, in which the ancillary sequence is placing breather and bleeder between the release film and curing tool in order to eliminate accumulated matrix against the tool plate.