No-DigTec offers an extensive line of tooling for various types of pipe rehabilitation replacement projects.
Ductile slitters are available to replace non-fracturable pipes such as ductile iron and steel. No-DigTec can custom build tooling to meet your projects individual needs. pipe-bursting offers many advantages compared to open-cut installations and hosts numerous economical and environmental potentials.
Static pipe-bursting is an effective cost saving method to replace existing water, sewer and gas lines without the need for open-cut digging. Static pipe-bursting follows the existing utility line path using a cabled winch as a pull force applied to a conical-shaped expansion head through a pulling rod replacing the existing line. Thus, reducing the risk of damage to conflicting utilities located in the area and eliminating up to 85 percent of the excavation work compared to the open-cut method.
Pneumatic pipe-bursting is an effective cost saving method to replace existing water, sewer and gas lines without the need for open-cut digging used primarily for replacing gravity-fed pipes relying on a percussion hammer action to help the expander head break the host pipe. A winch located at ground level maintains constant tension on the bursting head with use of a thick metal cable. Pneumatic pipe-bursting is an effective cost saving method to replace existing water, sewer and gas lines without the need for open-cut digging used run through local properties minimizing disruption to buildings, roadways, parking lots and agriculture.
Lateral pipe-bursting helps to reduce the unpleasant side effects of open-cut lateral replacement of sewer lines. Our lateral replacement system is potable, cost effective and and efficient method in replacing 2" - 6" lateral pipes in a short period of time affording the possibilities of the replacement pipe to be upsized. Lateral pipe-bursting rehabilitation requires small excavated pits, reducing the amount of large excavation and associated surface disruption resulting in an environmentally friendly project.