AREAS OF APPLICATIONS

Building Construction

Building Construction

The Ductile Iron Piles are ideal for a wide range of applications, from individual homes to expansive residential complexes and office buildings. Their lightweight and mobile equipment, combined with a fast and low-vibration installation process, make the Ductile Iron Piling System extra beneficial for urban areas and small-scale projects where efficiency and minimal disruption are key.

Industrial Construction

The Ductile Iron Piles are ideal for a wide range of applications, from individual homes to expansive residential complexes and office buildings. Their lightweight and mobile equipment, combined with a fast and low-vibration installation process, make the Ductile Iron Piling System extra beneficial for urban areas and small-scale projects where efficiency and minimal disruption are key.

Industrial Construction

Bridge Construction

Bridge Construction

The Ductile Iron Piling System effectively absorbs the compressive and tensile forces from bridge abutments and piers through its alternating load pile. Moments are handled by the pile supports, and horizontal forces are managed by inclined piles. Its fast and easy on-site installation makes it a clear advantage for any project.

Underpinning Foundation

To support additional loads in buildings, either existing foundations are strengthened or new ones are constructed. The issue of limited working height is overcome by utilizing the Ductile Iron Piling System, providing a practical and cost-efficient solution.

Underpinning Foundation

Tall Structures

Tall Structures
(Silos, Transmission towers, etc.)

Structures such as silos, wind turbines, rotating cranes, and transmission towers face both compressive and tensile stresses. Tall buildings exposed to cyclical wind forces require piles with enhanced tensile reinforcement. The Ductile Iron Piles’ tension and alternating load pile is ideally suited to safely withstand and absorb these dynamic wind loads.

DESIGN OPTION FOR

  • Bored piles

    Problem: Large diameter pile could be replaced by multiple ductile iron pile

  • Driven piles

    Problem: No flexural resistance at joints

  • Micropiles

    Problem: Slow installation

  • Helical Piles

    Problem: Limited capacity

  • Large and Deeply Embedded Footing

    Problem: Excavation; Formworks; Dewatering; Steel fixing; Concreting; Curing Backfilling

  • Up to 6- to 7-storey structures

    Problem: Traditional deep foundations (like bored piles) can be expensive, time-consuming, and require heavy equipment that might not fit on tight construction sites.