Why Carbon Fiber Is the Optimal Solution for Concrete Repair and Support

Superior in strength and high performance efficiency, carbon fiber fabric has the potential to be up to 10 times as strong steel, yet five times lighter, which makes it an easier material to transport and handle for concrete repair and reinforcement than steel braces, wall anchors, and ground screws. It is practically unbreakable and will not stretch. It is also resistant to corrosion, water, extreme heat and fire, and chemicals. The mechanical properties of carbon fiber fabric make it an effective material for residential and commercial applications.

Commercial Application
For commercial applications, carbon fiber requires much less manpower—ergo reduced project costs—and improves the bearing capacity, crack resistance, and ductility of concrete structures. There is no need for heavy equipment or machinery, and drilling is not necessary to affix the carbon fiber fabric to the structure being repaired or reinforced. Repairs can be done in small spaces, and its application does not get in the way of other surrounding activity. Within two to three days of affixing the fabric to the concrete, the epoxy is usually cured and ready to sufficiently bear a load.

Because of its flexibility, carbon fiber fabric can be used to easily encircle concrete columns, and will fold tightly over corners. The fabric is not restricted by the shape of the structure being repaired or reinforced. It can be cut to create straps, patches, or long extensions across the full length of a wall, slab, or other concrete surface. The strengthening and repair efficacy of carbon fiber composite material is already proven in the field of construction for industrial and civil construction applications.

Residential Use
For residential applications, carbon fiber has a low profile, so you can easily mud over it and paint it, or cover it with another material. Carbon fiber reinforced polymers (CFRP) require no maintenance. Once installed, that's it; you don't have to think about it again, which makes it perfect if you want to frame the walls of your unfinished basement to hide the concrete repair and create a comfortable, new living space.

The world is discovering ways to use carbon fiber in construction and civil engineering. If you’ve got repairs to do around your property—bowed basement walls, a failing retention wall—contact the support team at Carbon Fiber Support. We’re always happy to talk CFRP.