After having the dwelling you’ve been craving all along, one of the challenging things is how to keep the building as beautiful as it was after it was first built. But over time, your residential building can decrease quality and strength. Cracks that exist in the building was more and more visible. You can visit our website to get fix slab foundation.

But did you know there is some kind of crack in the building? There are two types of cracks in the building, ie structural cracks and non-structural cracks. See below to get to know both types of cracks and how to handle each one.

1. Structural Cracking
This type of crack is a type of crack that can adversely affect your overall dwelling building. The cause of this crack is the shifting of soil to the location of the built house. If this happens, you need to take action as soon as possible. If the handling is late, the strength of the building can be reduced and will disturb you as its occupants. The characteristic of the structural crack is always to start from the top corner towards the wet and produce a diagonal line. But there are also cracks that form follow the arrangement of bricks. The cause of the emergence of this rift is if there is a shift of columns and foundations that become the source of wall strength to support the load of buildings. The cause of this shift itself is due to the unstable soil conditions, so the soil is easy to move in the event of a disaster such as an earthquake.

2. Non-structural Cracks
For non-structural cracking types, the effects posed for buildings are not as severe as structural cracking effects but can reduce the aesthetic value of the building. This type of cracking occurs only on the wall layer, although the shape is often irregular. There are 3 (three) types of non-structural cracks:

– Crazing. Cracks form a smooth, shallow, and disconnected crack tissue. Forming a hexagonal pattern with a crack spacing of 5 mm – 75 mm

– Map cracking. The crack pattern resembles a map and forms hexagonal patterns with distances up to 200 mm. The crack structure tends to be deeper and continuous.

– Shrinkage or shrinkage, caused by high cement content, poor sand quality and plaster applied too thick.