Is Chipping Concrete a Structural Problem?

Chipping is a term used to describe areas of concrete that have cracked and delaminated from the substrate. Learn more about its effects on structural integrity & how to repair it.

Is Chipping Concrete a Structural Problem?

Chipping can have far-reaching consequences in terms of health and safety, structural integrity and asset value.

Concrete shelling

affects a wide variety of structures, including concrete framed buildings, multi-storey car parks, bridges, jetties, tanks and ponds. Unfortunately, an adhesive plaster approach is often taken to repair peeling structures, without treating the underlying causes. So, what exactly is chipping? What are its effects and how can structures be successfully repaired and further corrosion prevented?Chipping is a term used to describe areas of concrete that have cracked and delaminated from the substrate.

It occurs when extreme temperatures weaken the surface of concrete, masonry or brick, causing it to chip, crack and scar. This can have serious implications for the structural integrity of a building or structure. More importantly, they can be a hazard to people and other property should large pieces of concrete break and fall from a building. Exposed Rust Rebar - Concrete Cancer - Building Repair Services. Descaling can ruin the structural integrity of concrete and compromise any load borne.

Concrete is porous, so it absorbs the acid created during the descaling process, which accelerates corrosion and exposes the internal steel structure to air and water. Water immediately seeps into the concrete and causes other elements, especially the reinforcing bars embedded in the concrete, to corrode. Concrete repairs must be carried out in accordance with BS EN 1504, the European and British standard for the repair and protection of reinforced concrete. You can be assured of a quality workmanship and a specialized solution that covers structural remediation of concrete, steel or wood. For new concrete, apply a penetrating waterproofing sealant 28 days after the concrete is laid and every few years thereafter. The worst thing is that if the structure is located in areas that are regularly accessed by workers and the general public, husking can be dangerous.

However, despite the best intentions, concrete patch repairs often fail prematurely due to ongoing corrosion around the periphery of repairs. Common signs include cracking, crumbling or flaking of concrete, rust stains or bubbles on concrete or cement plaster, and leaks in the ceiling and walls. He has extensive experience in the inspection, replacement, evaluation and forensic analysis of buildings and construction structures made of wood, concrete and steel. This causes the steel bars embedded in the roof slab to corrode, which in turn causes the concrete cover to crack and bulge. What is not acceptable and can be avoided is surface cracking, called “shrinkage cracking”, and chipping due to poor design, placement and finishing of the mixture.