Because large structures are often subjected to multiple hazards, it’s necessary to use elements that offer the versatility, efficiency and resilience needed to meet long-term demands. Precast concrete is a material that is well-suited for such applications. From bridges to residential and commercial structures, there’s almost no construction challenge that can’t be solved with prestressed concrete.
Speedy Construction
Five days is all it takes for structural elements to become fully stressed. Because they’re self-supporting at this stage, the precast formwork can be stripped and used in other sections. This greatly enhances the ability to reduce project completion times.
Quality
Most concrete elements are produced in controlled indoor environments. Here, humidity and other relevant factors can be adjusted to create an ideal manufacturing setup. Precast concrete can thus be used for beams spanning long distances.
Versatility is perhaps the biggest reason why prestressed concrete is widely used in civil engineering. If you’re looking for a solution that perfectly integrates with other systems, why not consider precast concrete? This material could bring in a multitude of design and construction benefits into your project.
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