Concrete installations can survive hundreds of years, but they eventually acquire microscopic fractures, gaps, holes, and fissures. If your concrete walkway, patio, or driveway is beginning to show signs of wear, make the required repairs as soon as possible. A suitable approach for patching cracks in concrete is on the fracture in the structure for its reasons. Once the cause and kind of fracture are determined, a proper technique may helpful. It is essential to understand the structure’s type and form of cracks to choose the most appropriate and cost-effective repair technique.


The epoxy injection procedure is necessary for cracks as small as 0.002 inches. The fractures on exposed concrete surfaces are with this concrete crack repair method by injecting epoxy underneath the cement crack. The process entails creating entrance and venting holes at regular intervals and the fractures, closing the gap on surface layers, and pumping the epoxy underneath pressure. The epoxy injection needs a high level of competence to execute well, and the temperature may restrict its application. When subjected to heat or extreme temperatures, epoxy resin loses durability; hence fireproofing treatment is essential for such repair.

patching cracks in concrete

Routing and sealing

Cement crack routing and sealing can be inactive cracks that do not require tensile strength recovery. Using this procedure, the fracture is widened along its visible face, producing a V-shaped groove. Crack routing and sealing can be employed when just remedial repair and substantial repair are unnecessary. The V-shaped gap is closed with the appropriate material.

This method is a well-known concrete crack repair procedure. It is a typical crack treatment technique comparatively straightforward compared to the processes and skills required for cement injection. When sealing the joint, the breadth to thickness aspect ratio should be so that there is ample room for movement.


The simplest and most long-lasting way of fixing concrete fractures is stitching the cracks. In this approach, several holes are bored along the fracture surface and patched with a metal material. Stitching can be widely helpful in restoring tensile strength over significant fissures. Drilling holes on both ends of the fracture, washing the holes, and attaching the feet of the staple in the gaps with non-shrinkage grouting or an epoxy resin-based binding solution comprise the stitching method. This metal U-shaped cable goes through holes, and the manufacturers firmly secure it with cement or an epoxy-based form.