Jacking Pipe

Description

Advanced Trenchless Engineering for Non-Disruptive Subterranean Infrastructure.

Our Precast Concrete Jacking Pipes are high-performance, reinforced concrete pipes specifically engineered for trenchless installation methods, such as microtunneling and pipe jacking. Designed to be hydraulically pushed underground from a launching shaft to a reception shaft, these pipes provide a reliable, long-term structural conduit for deep utility and drainage networks without disturbing the surface above.

The Ericcon Standard: Precision-cast under strict supervision in our modern facility to guarantee dimensional accuracy and strength, fully meeting SNI and international standards.

Key Features & Benefits

• Extreme Axial Load Resistance: Built to withstand the immense compressive thrust forces exerted by high-capacity hydraulic jacks during installation. Reinforced with high-tensile steel and high-strength concrete mixes to ensure absolute structural integrity under pressure.

• Trenchless, Non-Disruptive Installation: Eliminates the need for traditional open-trench excavation. This dramatically minimizes disruptions to urban traffic, active railways, nearby buildings, and surface utilities—reducing public complaints and surface restoration costs.

• Water-Tight Steel Collar Joints: Engineered with specialized steel collars (or sleeves) integrated with high-grade rubber gaskets at the joints. This creates a flexible yet completely water-tight seal, preventing groundwater infiltration or soil ingress even under high water tables.

• Friction-Reducing Exterior: Manufactured with an ultra-smooth outer finish to significantly lower skin friction against the surrounding soil during the jacking process. This ensures faster installation speeds and reduces the overall thrust force required from the machinery.

• Integrated Lubrication Ports: Pre-fitted with strategic bentonite injection ports (lubrication sockets) along the pipe wall to facilitate smooth movement through challenging soil conditions over long driving distances.