Structural Repair

Unwanted movement in building structures can create a lot of stress and concern for owners. Subsidence, physical disturbance, and building material failure are just a few of the reasons that might affect a property's structural integrity. While there are a variety of reasons for a building's movement, We the team Kwalkrete is ready with modern repair technology and developments in application techniques ensure that viable solutions to deal with issues

Epoxy Injections

Epoxy injection is a cost-effective way to repair non-moving fractures in concrete walls, slabs, columns, and piers, restoring the concrete's pre-cracked strength. Epoxy injection is frequently used to repair the member's pre-cracking condition while retaining its strength.

• High Welding strength

• Can be applied on dry surfaces

• Can be applied on concrete, wood, and metal surfaces

• Applicable on most interior & exterior surfaces

Anti-Corrosion Treatment

When exposed to corrosive surroundings, a metallic substance or reinforced concrete is prone to chemical interactions with the air/water. Corrosion impacts are evident on the surfaces of these materials. Anti-corrosion coatings provide additional protection for metal surfaces by acting as a barrier to prevent humidity, chemical compounds or corrosive chemicals from coming into contact.

• Helps to reduce repairing costs

• Cut down operating expenditure

• Avoid accidents or malfunction of structures and equipment

Re-baring

Re-baring is the method of insertion of the steel bars when there is change in design or there is some extension of the present structure. Rebar is typically used at the place where a structural element's formwork is closed, as well as at the point where a new structural element must be bonded to the previous one.

• It is resistant to concrete failure

• It offers durability

• It improves strength

Concrete Strengthening

Deterioration, change in usage, modifications in the relevant design codes, structural defects, and seismic conditions can all result in the need for repair and strengthening. We employ techniques to develop plans for repairing or boosting the load-carrying capacity of bridges, buildings, and other structures.

• Helps to alter faulty design of a structure

• Can withstand extreme weathering and environmental conditions

• Resist high degree of chemical attack

• Reduce damages due to ageing of the structure

Carbon Fibre Wrapping

Carbon Fibre Wrapping System provides significant strength to structures and the impervious material constituent avoids corrosion and erosion. This deducts the on-going maintenance work. The Carbon Fibre Wrapping System is a structural strengthening technology. Carbon fibre has a high tensile strength while yet being incredibly light. It can add significant strength without adding weight, which would raise the stress on foundations and other structural parts, when bonded to the exterior of a concrete column, beam, or slab. A combination of carbon or glass fibre fabrics, and an epoxy resin, wrapping systems are custom designed for each project and application.

• Improves tensile strength

• High chemical resisting capacity

• Tolerant to excessive heat

• Low thermal expansion

• Improves strength to concrete

• Increases load carrying capacity

• Helps in restoration of damaged RCC structures

• Elimination corrosion

• Effective in bending and shear

• Withstand natural conditions

• Repair or prevent seismic damage

• Replace damaged or missing reinforcing steel