Horizontal Case Boring

Our horizontal case boring service offers a cutting-edge trenchless technique ideal for underground utility installation. Utilizing an advanced auger boring machine set within a precise track system, we drill horizontal boreholes by rotating a cutting head attached to an auger while simultaneously jacking steel casing through the ground.

Key features of our horizontal case boring service include:

• Torque Generation and Transmission: Our auger boring machine generates torque that is effectively transmitted to the cutting head via augers, which remain within the casing, ensuring stability and precision.
• Hydraulic Jacking Force: The boring machine is propelled forward with hydraulic jacking force, ensuring consistent and controlled progress.
• Spoil Removal: Spoil is efficiently removed from the borehole to the end of the casing through the rotation of helical-wound auger flights.
• Vertical and Horizontal Alignment Control: We maintain precise vertical alignment using a water level and steering head. Horizontal alignment is meticulously set up in the launch pit, matching the designed line and grade, which is critical for the accuracy of the entire boring process.

Benefits of our horizontal case boring service:

• Minimal Surface Disruption: This trenchless technique requires no large trenches, significantly reducing surface disruption, traffic interference, and the need for extensive site restoration.
• Cost-Effective: By avoiding extensive excavation and surface restoration, our horizontal case boring service can lower project costs and minimize environmental impact.
• Precision and Accuracy: The use of advanced auger boring machines and meticulous alignment setups ensures high precision in drilling, adhering closely to the specified line and grade.
• Versatility: Suitable for a wide range of ground conditions and various utility installations, including water, sewer, gas, and electrical conduits.
• Speed and Efficiency: Hydraulic jacking force and continuous spoil removal enable faster project completion compared to traditional methods, reducing overall project timelines.
• Reduced Environmental Impact: Less excavation means lower emissions and reduced impact on the surrounding ecosystem, making it an environmentally friendly option.
• Safety: By minimizing open trenches, the risk of accidents and hazards on-site is significantly reduced, ensuring a safer working environment.
• Urban Friendly: Ideal for urban areas where space is limited and preserving existing infrastructure and landscaping is crucial.
• Reliability: The use of durable steel casing and precise boring technology ensures long-lasting, reliable utility installations.
• Accessibility: Effective in areas with limited access, such as under roads, railways, rivers, and existing structures, where traditional trenching would be impractical or impossible.