Successful shoring starts with understanding how a structure carries weight. Before excavation begins, walls are removed, or foundations are modified, building loads must be safely supported and controlled. At SJ Hauck Construction, we specialize in engineered shoring solutions that maintain structural stability while critical construction work moves forward.
As a leading shoring contractor, we provide temporary support systems for commercial, industrial, institutional, and infrastructure projects throughout the Northeast. Drawing on decades of experience in structural lifting and relocation, our team utilizes high-pressure jacks, engineered load points, and customized support systems to safely transfer and manage structural loads. Whether supporting a deep excavation, retaining wall installation, structural renovation, or emergency stabilization effort, SJ Hauck delivers the expertise and precision required to protect your project from start to finish.
Every construction site presents different challenges. Soil conditions, excavation depth, adjacent buildings, utilities, and project sequencing all influence the shoring methods required to safely support a structure during construction activities.
SJ Hauck provides comprehensive shoring services for a variety of commercial applications:
Excavation near existing buildings can create significant risks if soil movement is not controlled. Our team installs temporary support systems designed to stabilize surrounding structures and maintain safety throughout below-grade construction.
When load-bearing walls, columns, or foundation elements are modified or removed, temporary structural support becomes essential. We help contractors safely execute complex renovations while maintaining building stability.
Historic preservation and redevelopment projects often require existing building facades to remain intact while interior demolition and reconstruction take place. We create engineered support systems that protect exterior walls throughout construction.
Whether repairing an existing retaining wall or supporting adjacent excavation activities, our team develops temporary support solutions designed to withstand changing ground conditions and construction loads.
Utility installation and underground infrastructure projects frequently require trench support systems to protect workers and maintain excavation stability. We provide engineered solutions tailored to site-specific requirements.
Unexpected structural failures, settlement events, or impact damage can require immediate action. SJ Hauck mobilizes quickly to stabilize compromised structures and create safe conditions for inspection and repair.
At SJ Hauck Construction, successful shoring begins with understanding how structural loads move through a building. Every project requires careful analysis of load paths, soil conditions, construction sequencing, and site constraints before any support systems are installed.
Our team collaborates closely with project engineers and shoring engineers to identify critical load points and determine the safest and most cost-effective strategy for temporary support. This engineering-driven approach helps eliminate uncertainty while creating practical solutions for complex construction environments.
Using specialized equipment such as high-pressure hydraulic jacks, engineered steel beams, and strategically placed load points, we transfer and distribute loads safely throughout the duration of the project. These temporary systems help stabilize structures, protect adjacent properties, and support ongoing construction activities without compromising safety.
Unlike many contractors that focus solely on excavation support, SJ Hauck brings extensive knowledge gained through structural moving and lifting projects. This experience gives our team a deeper understanding of load transfer, structural behavior, and the factors that influence building stability during construction.
Our capabilities as a Sheeting and Shoring Contractor allow us to support complex excavation projects where earth retention, structural protection, and load management must work together seamlessly.
Selecting the proper shoring method depends on project requirements, soil conditions, site access, and structural loads. SJ Hauck works with project engineers and shoring engineers to determine the most effective solution for each application.
One of the most common shoring methods used in commercial construction, soldier pile and lagging systems provide reliable support for excavation projects. Vertical steel piles are installed into the ground, while lagging materials are placed between them as excavation progresses. This method provides flexibility and strong performance across a wide range of soil conditions.
Sheet piling is often utilized when excavation occurs near property lines, waterways, utilities, or sensitive structures. Interlocking steel sheets are installed into the ground to create a temporary retaining wall capable of resisting lateral soil pressures while maintaining excavation stability. As an experienced Sheeting and Shoring Contractor, SJ Hauck designs and installs these systems to help maintain excavation stability while protecting nearby structures and utilities.
Hydraulic shoring systems use steel struts and high-capacity hydraulic components to provide temporary support during excavation and structural modification work. These systems can be adjusted as site conditions change, making them an effective solution for many commercial projects.
Raker shoring utilizes inclined steel members to provide temporary support for walls that require reinforcement during renovation, demolition, or emergency stabilization efforts. This method is frequently used when direct access beneath a wall is limited.
Needle beam systems transfer loads from a building wall or structural element to temporary supports while construction work occurs below. This approach is particularly useful when modifications are being made to existing foundations or load-bearing walls.
For projects with unique site limitations, shotcrete applications can be combined with soil reinforcement techniques to create durable temporary support structures. Shotcrete systems are commonly utilized when space constraints limit the use of traditional excavation support methods.
SJ Hauck provides specialized shoring services for commercial construction projects throughout the Northeast. We support contractors, developers, and engineers with temporary structural support, excavation stabilization, and engineered shoring solutions for challenging job sites.
New Jersey
Serving commercial projects across North, Central, and South Jersey.
New York
Supporting urban construction, redevelopment, and infrastructure projects.
Pennsylvania
Providing shoring solutions for commercial, industrial, and institutional construction.
Delaware
Assisting with excavation support, structural stabilization, and site development projects.
For projects requiring specialized shoring expertise, hydraulic support systems, and precise load management, SJ Hauck has the experience and equipment to help keep construction moving safely.
Shoring is commonly required when excavation occurs near existing structures, when load-bearing elements are being modified or removed, or when temporary support is needed to maintain stability during construction. A qualified shoring engineer can determine the appropriate support requirements based on site conditions and project objectives.
Sheet piling uses interlocking steel sections to create a retaining wall that resists soil pressure and supports excavation activities. Other shoring methods may rely on soldier piles, hydraulic bracing, shotcrete systems, or needle beams depending on project requirements and site conditions.
Shoring systems must be designed to safely support structural loads, excavation pressures, and changing site conditions throughout construction. Engineers evaluate factors such as soil conditions, excavation depth, nearby structures, and load requirements to determine the safest and most effective support solution. Proper engineering helps reduce risk, protect workers and adjacent properties, and ensure the shoring system performs as intended for the duration of the project.
