Cured In Place Pipe Liners

Cured In Place Pipe Liners

 Cured In Place Pipe (CIPP) Liners offer a trenchless solution for rehabilitating damaged pipelines by creating a durable "pipe within a pipe" without excavation. Made from resin-impregnated material, these liners cure in place to restore strength and flow capacity, ensuring a corrosion-resistant, long-lasting repair. Ideal for sewer, industrial, and residential pipes, CIPP liners deliver cost-effective, minimal-disruption restoration.

(1) Short construction period: From the processing of lining materials to the preparation, turning, heating and curing of the construction site, it only takes about 1 day.
(2) Small equipment footprint: Only small boilers and hot water circulation pumps are required, which occupies a small area of ​​road during construction, has low noise and little impact on road traffic.
(3) Durable and practical lining pipe: The lining pipe has the advantages of corrosion resistance and wear resistance. The material is strong and completely solves the problem of groundwater infiltration once and for all. The pipe has a small cross-sectional area loss, a smooth surface, and reduced water flow friction (the friction coefficient is reduced from 0.013 to 0.010), which improves the flow capacity of the pipe.
(4) Protect the environment and save resources: No excavation of the road surface, no garbage generation, and no traffic congestion.

 Cured In Place Pipe (CIPP) Liners are versatile solutions used across various sectors for efficient, trenchless pipe repair. Key applications include:

1. Municipal Sewer Systems: Ideal for repairing sewer lines without disrupting traffic or infrastructure, extending pipeline life and preventing leaks.
2. Industrial Facilities: Suitable for rehabilitating process pipelines in factories and plants, especially where downtime needs to be minimized.
3. Stormwater Drainage: Reinforces aging stormwater pipes to prevent infiltration and exfiltration, maintaining system integrity.
4. Residential and Commercial Plumbing: Allows for repair of wastewater and potable water lines within buildings, minimizing excavation and restoration costs.
5. Gas and Energy Pipelines: Provides a safe, effective option for rehabilitating non-pressurized gas lines and other energy transport conduits.