Although concrete structures are built to last, they may suffer distress and deterioration due to several physical, chemical and environmental factors. Over time these conditions can weaken the structure and compromise its overall strength and durability.
Common causes of structural damage include:
All these factors contribute to the compromise of structural integrity. Proper protective systems and advanced repair materials can significantly extend the life of the structure far beyond its original design life.
Advanced waterproofing solutions for roofs, terraces, basements and structures to prevent leakage and water damage.
Durable epoxy flooring systems designed for industrial, commercial and residential spaces.
Protective coatings to prevent corrosion and increase the lifespan of metal and concrete structures.
Improving soil strength and stability to support safe and long-lasting construction projects.
Comprehensive repair, strengthening and protection services for damaged structures.
Professional grouting and anchorage systems for structural reinforcement and leakage control.
Complete painting, coating and building maintenance services for long-term durability.
Removal of loose concrete, dust and damaged particles to expose the sound surface before repair work begins.
If reinforcement bars are rusted more than 50%, they are removed and replaced with new rebars to restore structural strength.
Rust on reinforcement steel is cleaned using mechanical methods to prepare the surface for protective coating.
Application of anti-corrosive coating on reinforcement bars to prevent future rusting and deterioration.
Bonding agent is applied on steel bars and concrete surface to ensure strong adhesion between old and new repair material.
Micro concrete is placed in the repaired section to restore the original strength, durability and structural integrity.
Advanced grouting solutions for structural strength and leakage control
Used for strengthening RCC structures and repairing cracks. Epoxy grouting provides high bonding strength and restores structural integrity.
PU (Polyurethane) grouting is used for arresting water leakages in RCC structures. It expands inside cracks and seals water entry effectively.
Cement grouting is commonly used for filling voids and stopping leakages in RCC structures while improving the durability of the concrete.
NRV Packers are used in grouting systems for crack injection and waterproofing of RCC structures.
Drilling holes at specified intervals along the crack or leakage area to prepare the surface for packer installation.
NRV packers are inserted into drilled holes to create a controlled injection point for epoxy or PU grouting.
Specialized grouting pumps are used to inject epoxy or PU grout through the packers to seal cracks and stop leakage.
After the grouting process is complete, packers are removed and the surface is sealed to restore structural strength.