Concrete floors are long-lasting, durable, and easy to clean. They are a great alternative to tile, stone, wood, marble, linoleum, and carpet. They can be stained into nearly any color, polished for a smooth, shiny look, and resurfaced in various textures and finishes. Decorative treatments can easily be applied to concrete floors as they are affordable and environmentally friendly.
One of the biggest concerns that people have about using concrete for their flooring is that it cracks over time. While this durable material is one of the most potent flooring options, the forces of time and nature eventually cause it to break. Some of the reason why your concrete crack include
Concrete comes in different types of strength and is suitable for works in varying degrees. If your concrete begins to crack not long after it gets poured, then there is the tendency that concrete of the wrong strength gets used for that particular job. Before embarking on the project, verify what strength the concrete you intend to pour should be.
Excess water in the mix.
Shrinkage is the leading cause of cracks in concrete. As concrete begins to dry and hardened, it also begins to shrink due to the evaporation of excess water added during mixing. Concrete does not require extra water to achieve its maximum strength, but many concrete used in residential buildings contains too much water. The water added makes installation easy, but it also dramatically reduces the concrete’s strength, resulting in cracks.
Another reason why your stamped concrete design in Antioch, Ca, begins to crack could be because of the concrete’s rapid drying. Rapid drying of the slabs significantly increases the possibility of a crack. Concrete goes from a liquid state to a solid-state through a chemical process called hydration. This process requires water and continues to occur even after days or weeks of pouring in the concrete. Necessary water must be present in the mixture to ensure a drying process that adequately solidifies the slab.
Just like how the amount of water in the mixture could affect the hydration process of that your stamped concrete design in California, the same way does cold weather. When concrete gets poured at a temperature that’s too low, the concrete won’t cure or solidify properly, resulting in cracks. When in such situations, it is best advised that the pouring gets postponed, or the subsurface should get warmed before pouring.
No control joint
Control joints are important when pouring concrete. They get made specifically to help the concrete properly contract and expand in different temperatures by leaving the extra room. Without these joints, there won’t be additional room for the slab to adjust its size with the changing temperatures, and it will end up cracking due to its internalized pressure.