Existing concrete building structures may require structural reinforcement to increase the load capacity of beams, columns, walls and/or slabs and to support other live loads not included in the original design. It is also necessary to reduce the stress caused by design or construction errors or restore the original load capacity of damaged structural elements.

What are the methods of strengthening structures?

CFRP Composite System

FRP Systems are used to enhance the structural capacity of members in shear, flexure, compression, to aid in blast mitigation, upgrades for seismic loads and to control the propagation of existing cracks. 

CFRP Laminate System

The CFRP high -strength composite pressure plate is used to the surface of the groove or RCC component with a structural grade epoxy adhesive system. These layers can be applied in two forms by prestressing or non -pre -applied normal applications.

Epoxy Resin Injection

Epoxy resin injection technology for repairing cracks in buildings and structures. Trace and open cracks by means of v-groove, clean and seal them with epoxy putty, fix check grouting nozzles at specified intervals, and then inject epoxy grouting under pressure until rejection

Sectional enlargement of RCC structure

increasing the structural capacity by increasing the effective cross-sectional area of RCC members. New additional reinforcement is provided along with shear connectors at specific intervals of structures. There are three types of services, RCC Jacketing of Columns, Epoxy chemical anchor and overlay for RCC Slab.