Concrete Repair

Concrete Repair
Over time, concrete structures are exposed to weathering, load stresses, chemical attacks, and environmental conditions that can cause cracks, spalling, corrosion of reinforcement, and surface deterioration.
At Constchem Chemicals LLP – Udaipur, we provide advanced Concrete Repair solutions that restore structural integrity, prevent further damage, and extend the life of the structure.
Our technical expertise, high-quality formulations, and on-site support make us a trusted partner for concrete repair across Rajasthan and beyond. We work closely with engineers, contractors, and consultants to provide tailor-made solutions that meet site-specific challenges and performance expectations.
Our Concrete Repair Solutions
Constchem Chemicals LLP – Udaipur offers a wide range of high-performance repair materials engineered to bond strongly with existing concrete and deliver long-term durability. Our product range includes:
- Polymer Modified Repair Mortars
Pre-packed, easy-to-apply mortars designed for patch repairs on vertical and overhead surfaces. These mortars offer excellent adhesion, flexibility, and resistance to shrinkage and cracking. - Epoxy Repair Compounds
Ideal for structural crack injection, bonding new concrete to old, or filling voids and cracks in load-bearing elements. Our epoxy systems deliver superior mechanical strength and chemical resistance. - Micro Concrete
Flowable, non-shrink micro concrete used for repairing large sections such as beams, columns, and foundations. It is especially suitable for areas where conventional vibration is difficult. - Corrosion Inhibitor Coatings
Protect embedded reinforcement bars (rebar) from corrosion before applying the repair mortar. These coatings extend the life of structural elements significantly. - Bonding Agents and Primers
Ensure proper adhesion of repair materials to the existing substrate, improving performance and durability of the repairs. - Surface Crack Sealants
Flexible sealants for non-structural cracks to prevent water ingress, environmental attack, and surface deterioration.