Fiber structural reinforcement with frictional surface coating

A method for producing a fiber composite structural reinforcement, comprising:

• melting at least one resin to form a resin melt;
• adding at least one electroconductive additive to the resin melt;
• a resin impregnator receives a plurality of composite fibers and impregnating the composite fibers with the resin melt to form one or more composite structures;
• coating the one or more composite structures with one or more ultrafine aggregates;
• curing the one or more coated composite structures via a first inductive heating step, forming one or more cured composite structures;
• coating the one or more cured composite structures with one or more fine aggregates;
• curing again the one or more cured composite structures via a second inductive heating step;
• slicing the one or more cured composite structures into a plurality of composite reinforcement bars.

A fiber composite structural reinforcement, comprising:

• a plurality of igneous rock fibers disposed within a thermoset polymer resin matrix;
• wherein the polymer resin matrix includes at least one electroconductive additive;
• wherein the at least one electroconductive additive includes graphene;
• wherein the fiber composite structural reinforcement is coated with a plurality of ultrafine aggregates;
• wherein the fiber composite structural reinforcement is coated with a plurality of fine aggregates;
• and
• wherein the fiber composite structural reinforcement is between approximately 1 inch and approximately 2.5 inches.