Engineering Workflow
Five coordinated phases carry every project from first site visit to final handover.
Planning
Site surveys, programme setting and coordination with the main contractor before design begins.
Design
Structural drawings and post-tensioning layouts developed alongside the architectural and MEP teams.
Engineering
Tendon profiles, stressing sequences and load calculations finalized for site issue.
Construction
Duct installation, tendon threading, stressing and grouting carried out on site.
Delivery
Inspection sign-off and stressing records handed over as the structure is released.
Built on Strength & Efficiency
Post‑tensioned concrete delivers longer spans, thinner slabs, and faster construction – without compromising durability.
Greater Strength
Post‑tensioning actively compresses the concrete, increasing load‑bearing capacity and allowing for larger column‑free spaces.
Faster Construction
Reduced floor‑to‑floor heights and fewer beams speed up the build cycle, saving time and labour costs on every project.
Sustainable Design
Thinner slabs require less concrete and steel, reducing embodied carbon while maintaining structural integrity.
By the Numbers
Real metrics from our project portfolio across the UAE.
Ready to Start Your Project?
Let’s discuss how post‑tensioning can elevate your next structure.