Factors to Consider When Choosing Trenchless Pipe Lining For Repairs

Trenchless solutions are the most efficient method of repair for damaged pipes. However, just because they are the preferred option doesn’t mean that they can always be used for the repair. Next Level Pipe Lining explains the different factors that need to be considered before conducting trenchless pipe lining in Concord, NC.

Pipe Location

Determining the precise location of the pipe requiring repair is an important factor when providing sewer pipe lining in Concord, NC. Underground pipes are subject to more pressures than above-ground pipes, so the location of the pipe will dictate both the type of epoxy used and the required thickness.

Pipe Diameter

The size or diameter of the pipe should also be considered for CIPP pipe lining in Concord, NC. Larger-bore pipes are more susceptible to outside forces such as soil shifting and pressures and will require thicker epoxy to withstand these elements more effectively over time. To determine the exact thickness of the epoxy, and even the type of epoxy that will be used, the technician has to know the pipe diameter,

Pipe Length

The longer a pipe section is, the more likely it is to flex or bend. The amount of flexibility depends on details like the material used for the pipe and the soil it is buried in. Longer pipes will need thicker epoxy walls to ensure that they are strong enough to withstand a certain amount of natural bending.

Overall Pipe Condition

While cast iron pipe lining in Concord, NC is usually an excellent choice for repairs, if the damaged pipe is in poor condition, it would not be ideal. Extreme amounts of corrosion, weakness in the pipe structure, or other issues with the integrity of the original pipe can have a negative impact on the life expectancy of a CIPP repair.

Get in touch with Next Level Pipe Lining, one of the leading pipe lining companies in Concord, NC, for your pipe concerns. Our professional team can provide you with the appropriate solutions to restore your system’s efficiency and functionality.