How Durable Are Precast Buildings?

In the construction process, a variety of building materials are used. Precast, one of the varieties that has come from the past to the present, now offers much stronger structures thanks to technological advancements.

Today, it is a building material that can be seen in individual residences, corporate buildings, public areas, transportation, or building foundations. It is obtained by curing with white cement, alkali-resistant glass fiber, silica sand, and water. Its installation is also simple. However, the biggest advantage of structures produced with precast concrete is their longevity and durability throughout their lifespan. To delve deeper into why precast provides such durability, let’s examine its materials.

What Does Precast Building Mean?

We hear the term precast structures much more these days. Its high resistance to impact, vibration, fire, and UV rays enhances living spaces with its protection, making them of higher quality. The number of these structures is increasing every day. You can easily apply any architectural design in these buildings.

Because the materials are cured in reusable molds. Desired designs can be easily produced in digital format in mold designs. After the mold, the precast installation process begins. Here, there is a steel carcass system and a system with halfen channels with anchorages. The carcass system, made in harmony with precast cladding panels, is crucial for the solidity of the structure.

Features of Precast Providing Durability

You can use precast not only on the exterior facade but also inside the foundation of the building. Materials such as silica sand and white cement have been preferred in buildings for centuries due to their durability. Alkali-resistant glass fiber also enhances the material’s resistance to situations such as impact, vibration, or fire.

Thanks to its monofiber structure, precast exterior cladding applications provide thermal insulation. Moreover, this feature also applies to processes such as precast cornices outside precast facades. Thus, entry of wind, water, or noise from the outside into the structure is prevented. If precast structures are applied with correct design, production, and compatible installation techniques, they reflect their properties with full efficiency. As a result, the structure can have higher resistance.

As our country is in a risky area in terms of natural disasters, it is a more preferable building alternative. These structures suffer less damage in natural disasters such as earthquakes or floods. During the production of precast, various additives can be added according to the climate and topographic features of your geographical location, providing additional durability and hardness.

For precast to provide the maximum efficiency to the structures, the highest quality materials should be used during production. In addition, the design should be user-friendly and chosen according to the region where the building will be constructed. Quality control during production and installation stages, carried out by an experienced team, also adds quality to the structure. With Beonsan Precast, precast production and installation are made ready with a professional process

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