Antra

Overview

Post-tensioning is an advanced method of reinforcing concrete in which high-strength steel tendons are tensioned after the concrete has hardened, placing the concrete into beneficial compression. Arabian Company for Protection and Strengthening provides comprehensive post-tensioning services for new construction and existing structures.

Our systems enable longer spans, thinner slabs, superior crack control, and enhanced durability—making them ideal for bridges, high-rise buildings, parking structures, and industrial slabs.

Solutions

CFRP flexural and shear strengthening, column confinement, steel plate bonding, and section enlargement systems that increase load capacity without adding significant weight.

Bonded Post-Tensioning Systems

Tendons encased in ducts, stressed after concrete gains strength, then grouted to create full bond with surrounding concrete. Ideal for bridges, transfer beams, and structures requiring redundancy.

Unbonded Post-Tensioning Systems

Individual tendons greased and sheathed, anchored at each end. Common in buildings and parking structures for rapid construction, thinner slabs, and crack control.

External Post-Tensioning Strengthening

Tendons installed outside original concrete sections and stressed to apply beneficial compressive forces. Used for bridge girder strengthening and deflection correction.

PT System Maintenance & Repair

Inspection, re-stressing, and replacement of corroded or failed tendons; end-cap re-greasing; grouting of voids; condition assessment using non-destructive testing methods.

Why Choose Arabian Co.?

Engineered solutions, lightweight non-intrusive systems, corrosion-proof materials, certified installation, and minimal disruption to building occupants during work.

Complete PT Solutions

We offer design, supply, installation, stressing, grouting, and long-term maintenance for bonded and unbonded systems under single-source responsibility.

Certified PT Specialists

Our crews are trained and certified in post-tensioning installation, stressing operations, and grouting procedures, ensuring safety and precision.

Advanced Equipment

We utilize calibrated hydraulic jacks, pressure gauges, and elongation measurement systems to ensure accurate stressing to design forces.

Quality Documentation

Comprehensive records including shop drawings, stressing reports, grouting logs, and as-built documentation provided for every project.

Frequently asked questions

What is CFRP strengthening and how does it work?
CFRP (carbon fiber reinforced polymer) is a high-strength composite material bonded to concrete surfaces. It acts as external reinforcement, taking tensile stresses that the original member cannot handle.
Yes. CFRP is suitable for beams, slabs, columns, walls, and even masonry structures. It is commonly used in bridges, buildings, parking structures, and industrial facilities.
Depending on existing reinforcement and application, CFRP can increase flexural capacity by 30‑100%, shear capacity by 50‑150%, and axial column capacity by 20‑60%.
No. CFRP installation is relatively quiet, dust-controlled with proper containment, and can be scheduled during off-hours to minimize disruption to building occupants.