Epoxy Lining Service Near Phoenix, AZ

Epoxy pipe lining involves a trenchless application process, meaning there will be no digging up your property to access your plumbing. This makes for a simple, fast, and non-invasive method of pipe repair that won’t create an eyesore anywhere on your property.

Whether you need an entire pipe repaired or just a small section, epoxy sewer pipe lining systems are an excellent solution to pipe damage. Epoxy can also be used on most materials, including PVC, stainless steel, copper, and more. Because it’s so versatile, it can also be used for pipes that are too small or too big for traditional pipe lining methods.

The materials used for epoxy lining meet high standards for safety, quality, sustainability, and performance, making it great for you and the environment. Epoxy lining prevents lead and other contaminants from leaching into the water, keeping your home’s water supply safe. Additionally, epoxy lining does not create waste when installed, minimizing the impact on the environment.

Epoxy lining is three times as strong as concrete, meaning it can withstand high water pressures, corrosion, and other factors that might otherwise damage it. Consider epoxy lining as a permanent solution for your pipe repair needs, and be sure to have our team apply it to ensure maximum durability.

A typical epoxy lining job can typically be completed in one day, as epoxy is a fast-curing material. Depending on the amount of epoxy required, you can expect the job to be completed within three to eight hours. You can expect to experience minimal downtime with your epoxy lining service, since it doesn’t create a huge mess that needs to be cleaned up.

Traditional pipe repair or replacement services can be costly when factoring in the equipment required to dig up the pipes, as well as additional costs to repair flooring, walls, ceilings, landscaping, and more that’s damaged to access the pipes. Epoxy lining for sewer pipes eliminates those costs, making it the more affordable and convenient option.