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When pipelines are laid in densely populated areas, protected natural habitats, or beneath heavily frequented roads, jacking is often the least disruptive solution. With their high strength, Amiblu jacking pipes are well-suited for jacking installations. Amiblu pipe design for jacking and microtunneling takes advantage of non-corrodible materials. The smooth external surface and water repellency gives low friction during jacking.
Hobas pipe designed to withstand high jacking forces. Typically used for jacking under structures like roads and railways. Water jetting resistant according to DIN 19523.
| Diameter range (OD) | 272-3600 mm |
| Pressure (PN) | up to 16 bar |
| Nominal lengths | 1-6 m |
| Stiffness (SN) | 32000 up to 1000000 N/m² |
Flowtite pipe designed to withstand high jacking forces. Typically used for jacking under structures like roads and railways. Custom diameters are available. Water jetting resistant according to DIN 19523.
| Diameter range (OD) | 300-3600 mm |
| Pressure (PN) | up to 16 bar |
| Nominal lengths | 1-6 m |
| Stiffness (SN) | 32000 up to 1000000 N/m² |
Hobas pipe designed to withstand high jacking forces. Typically used for jacking under structures like roads and railways. Water jetting resistant according to DIN 19523.
| Diameter range (OD) | 272-3600 mm |
| Pressure (PN) | up to 16 bar |
| Nominal lengths | 1-6 m |
| Stiffness (SN) | 32000 up to 1000000 N/m² |
Flowtite pipe designed to withstand high jacking forces. Typically used for jacking under structures like roads and railways. Custom diameters are available. Water jetting resistant according to DIN 19523.
| Diameter range (OD) | 300-3600 mm |
| Pressure (PN) | up to 16 bar |
| Nominal lengths | 1-6 m |
| Stiffness (SN) | 32000 up to 1000000 N/m² |
Relining creates a leak-tight “pipe within a pipe” system, which is as good as new in both structural and hydraulic terms. The method has an unbeatable advantage: the old pipeline is replaced quickly and easily and the client benefits of a pipe that is of the same quality as a new one in every way.
The relining process involves pushing or pulling the new pipes into the existing pipeline and filling the remaining annular space between the host and liner pipes with pressure-resistant grouting, usually a mixture of binding materials. This fixes the inserted pipe in position and it can take over the complete structural load capacity. Relining installations are performed with non-circular (NC Line) or circular Amiblu GRP pipes. Amiblu relining pipes are particularly suitable for pipe rehabilitation, as they are light in weight, corrosion resistant, quality assured, easy to install and resist the load from the grouting. To put it in simple terms: relined pipes are as good as new – in every respect.
Benefits during installation
Benefits for the Environment
Benefits When Operating the Rehabilitated Pipeline
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