PILING "Reliable Pilling, Unshakable Confidence."
We are a trusted name in the construction industry, specializing in advanced piling solutions that form the backbone of strong, safe, and sustainable structures. With years of expertise and cutting-edge technology, we deliver foundation systems that ensure durability, stability, and long-term performance for every project.
Our piling services cover a wide spectrum of projects, ranging from residential, commercial, and industrial construction to infrastructure and mega-structures. Whether it’s challenging soil conditions, high-load requirements, or complex engineering needs — we provide solutions that stand the test of time.
KINGDOM ARENA Shoring Piles And Bracket Beam
- Our company successfully executed the piling and foundation support works for Kingdom Arena, The tallest building in RUDA Chahar Bagh. The project included the installation of 252 piles using the Direct Rotary Drilling method, which provided speed, accuracy, and safe soil penetration in the site’s ground conditions. Along with piling, we carried out stud works and the construction of stud beams to strengthen the foundation system and improve load transfer between structural elements. We also built bracket beams to interconnect the piles, distribute loads evenly, and resist lateral soil pressures. Together, these works ensured a safe, stable, and reliable foundation for the landmark structure, contributing to the successful delivery of RUDA tallest building
LAHORE SKY Shoring Piles And Bracket Beam
We successfully executed over 450 shoring piles, each with a 1-meter diameter, using the Reverse Rotary Drilling method. This advanced technique allowed efficient removal of excavated material, better control of pile verticality, minimal soil collapse, and faster, safer progress. To further strengthen the system, we installed bracket beams to interconnect the piles, distribute loads, and control lateral soil pressure. In addition, we carried out complete strut works, including the fabrication and installation of steel struts and the construction of strut beams. These acted as compression members, transferring and balancing loads, maintaining excavation stability, and ensuring overall structural reliability throughout the project.