Efficient, Economical, and High-Performance Concrete Solutions.
Post Tensioning
Its widely used construction method that strengthens concrete by tensioning steel strands after the concrete has cured. This technique enhances structural performance, allows for longer spans, reduces material usage, and accelerates construction timelines—making it ideal for both infrastructure and high-rise applications.At Completo Manufacturing Solutions, we support this industry by supplying components for all major post-tensioning systems. Here’s an overview of the three most common types used in modern construction:
Flat Systems
- » Commercial & residential slabs
- » Parking structures and podiums
- » Flat slabs in high-rise buildings
Flat Post-Tensioning Systems are specifically designed for slab applications, offering low-profile tendon layouts ideal for buildings and podiums where structural depth and floor-to-floor height are critical constraints.
Mono Anchorage Systems
- » Bridge deck slabs
- » Slipform structures
- » Stressing of individual tendons (e.g., cantilevers, precast panels)
- » Retrofitting and structural rehabilitation projects
Mono Anchorage Systems are designed for stressing individual strands, making them ideal for localized reinforcement, retrofitting, and structures requiring flexible, strand-by-strand tensioning—especially in confined or phased construction environments.
Multi-Round Systems
- » Bridges and flyovers
- » Long-span beams and girders
- » Industrial structures and tanks
- » Stadiums and segmental construction
Multi-Round Post-Tensioning Systems are engineered for heavy-load and long-span applications, utilizing multiple strands in a circular configuration—ideal for bridges, girders, and large infrastructure where high tensile capacity and structural robustness are essential.
Why Choose Post-Tensioning?
Post-tensioning systems help you build faster, smarter, and stronger.Across all post-tensioning configurations—flat, multi-round, or mono anchorage—the method offers a wide range of structural and commercial benefits.
- » Thinner slabs and lighter structures due to reduced reinforcement requirements
- » Longer spans with fewer supports, maximizing usable space and minimizing substructure cost
- » Faster construction cycles, allowing for quicker floor turnovers and project completion
- » Superior crack control and long-term durability, even under dynamic or seismic conditions
- » Optimized material usage, reducing overall concrete and steel consumption
- » Flexibility in design and stressing, supporting both standard and custom construction needs
- » Superior crack control and long-term durability, even under dynamic or seismic conditions
- » Effective for both new construction and retrofitting, offering versatile application potential
