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Chennai, Tamil Nadu, India
About Us
Contrary to popular belief, Lorem Ipsum is not simply random text. It has roots in a piece of classical Latin literature from 45 BC, making it over 2000 years old.
Contrary to popular belief, Lorem Ipsum is not simply random text. It has roots in a piece of classical Latin literature from 45 BC, making it over 2000 years old.
Soldier pile & lagging, sheet pile, anchored, and braced excavation shoring systems engineered to support deep excavations safely across South India.
Shoring refers to a family of temporary or permanent earth retention systems used to support the vertical or near-vertical sides of an excavation, preventing collapse and protecting workers, adjacent structures, and utilities. The right shoring method depends on soil type, groundwater level, excavation depth, and site access, and may combine several techniques on a single project.
Common shoring systems include soldier pile & lagging, sheet pile walls, anchored shoring, and braced excavation support — each suited to different ground and load conditions. We select and design the most appropriate combination based on a detailed assessment of your site's geotechnical and structural requirements.
At PJ Construction, our teams are equipped to execute every major shoring technique — soldier pile & lagging, sheet piling, anchored systems, and braced support — giving you a single contractor for the full scope, executed with precision and safety. Every system is engineered against lateral earth pressure and verified through deflection monitoring.
We bring multi-technique capability, specialist equipment, and a proven track record to every shoring project across South India.
Soldier pile & lagging, sheet piling, anchored shoring, and braced support — all delivered in-house under one contract.
Every shoring system is designed by qualified engineers using lateral earth pressure analysis specific to the chosen method.
Successfully shored deep excavations across Tamil Nadu, Karnataka, Andhra Pradesh, and Kerala in varied soil and groundwater conditions.
Deflection monitoring, strut load verification, and third-party QA inspections are standard on every shoring system we install.
Our structured, stage-by-stage approach ensures the appropriate shoring system is installed ahead of each excavation stage — eliminating risk of wall failure and complying with applicable IS codes for excavation support.
Soil investigation, groundwater data, and adjacent structure surveys determine the governing loads and the most suitable shoring method for the site.
Based on depth, soil type, and access, the appropriate system — soldier pile & lagging, sheet pile, anchored, or braced — is designed with full structural calculations.
Soldier piles or sheet piles are driven or drilled to the design depth and embedment ahead of excavation, forming the primary retention wall.
Excavation proceeds in lifts matched to the support sequence, with lagging boards, struts, or anchors installed progressively to maintain continuous lateral support.
Walers, struts, or tie-back anchors are installed at each support level as required by the design, distributing earth pressure safely to bearing points.
Wall deflection and strut loads are monitored throughout construction; shoring is dismantled in reverse sequence once permanent structure is in place.
Our shoring techniques are applied across excavation projects requiring safe, code-compliant temporary or permanent earth retention.
Soldier Pile & Lagging Driven or drilled steel soldier piles with timber or concrete lagging — economical for shallow to medium-depth excavations in cohesive soils.
Sheet Pile Shoring Interlocking steel sheet piles driven to form a continuous wall — ideal where groundwater control is also required.
Anchored Shoring Systems Shoring walls restrained by tensioned ground anchors instead of internal bracing — maximising open excavation space.
Braced Excavation Support Internal strut and waler bracing systems for narrow excavations such as trenches and shaft works.
Basement Excavation Support Combined shoring systems for multi-level basement construction in urban, space-constrained sites.
Utility & Pipeline Trench Support Trench shoring for utility and pipeline installation, protecting workers per confined-space safety norms.
Reach out to our engineering team for a site assessment and preliminary design consultation. We'll evaluate your ground conditions and access constraints and propose the most reliable shoring system for your excavation.
