How Does Pipe Relining Work?
Pipe relining is a modern and cost-effective method used for repairing damaged pipes without the need for excavation. This trenchless technology involves inserting a new, durable pipe liner inside the existing pipe to restore its functionality. It’s an ideal solution for repairing sewer pipes, stormwater drains, and water supply pipes that are cracked, leaking, or blocked due to wear and tear, corrosion, or tree root intrusion.
This trenchless technology is ideal for urban areas, where digging up streets, driveways, or landscaping can be costly and disruptive. Whether for residential plumbing issues or commercial pipeline repairs, pipe relining provides an efficient, durable, and cost-effective solution to pipeline problems.
Pipe Relining Cost Calculator
Pipe Relining Cost
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Why Choose Pipe Relining?
Minimized disruption
Avoid the hassle of excavation and destruction of landscaping.
Affordable
Lower labor costs and no need for costly pipe replacement.
Durability
A long-lasting, high-quality solution for aging pipes.
Trenchless technology
Preserve your property’s integrity with minimal mess.
Pipe relining is a proven solution for modern plumbing and pipeline repairs, offering a quick, efficient, and long-lasting alternative to traditional pipe replacement methods. If you’re dealing with damaged or aging pipes, consider pipe relining as a reliable and sustainable way to restore the integrity of your plumbing system.
Applications of Pipe Relining
Pipe relining is commonly used for repairing
Sewer lines
Stormwater drains
Water pipes
Gas pipes
Industrial pipelines
How Does Pipe Relining Work?
- Pipe Inspection: A video camera inspection is used to assess the condition of the existing pipes and identify any damage or blockages.
- Pipe Cleaning: High-pressure water jetting or mechanical tools are used to clean out debris, grease, and other build-up from inside the damaged pipe, ensuring a smooth surface for the new liner.
- Liner Installation: A resin-saturated felt or fiberglass liner is inserted into the pipe. The liner is inflated and positioned to form a tight seal along the inner walls of the pipe.
- Curing the Liner: The liner is then cured using heat or UV light to harden the resin, bonding it to the pipe and creating a new, seamless, corrosion-resistant pipe within the old one.
Final Inspection: After the liner has cured, another camera inspection is performed to ensure the repair was successful and the pipe is functioning properly.
