Concrete, a fundamental building material, forms the backbone of our infrastructure. However, over time, factors like environmental conditions, heavy loads, and structural wear can impact its strength and longevity. This is where the concept of concrete strengthening comes into play.

Column and slab enlargement

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Column and slab fortification, an intricate process harnessed to append or reinstate the zenithal load-carrying capacity of reinforced concrete columns, takes center stage. This multifaceted approach finds utility in seismic retrofitting, bolstering provisions for supplementary live or inert loads beyond the purview of the inaugural design. Its deployment extends to alleviating stresses borne out of design or constructional aberrations, or the imperative of reestablishing original load resilience to impaired structural constituents. An array of methodologies is wielded in this pursuit, encompassing the likes of reinforced concrete jacketing and steel jacketing.

Carbon Fiber (CFRP)

In the realm of fortifying, rehabilitating, or rectifying reinforced concrete (RC) elements, the prevailing approach involves employing external sheets crafted from carbon fiber reinforced polymer (CFRP). The application of CFRP holds remarkable potential in augmenting the flexural and shear prowess of ailing components, thereby protracting their operational longevity.