Pipe relining with sleeves

Rehabilitación de tuberías mediante manga

What does the continuous sleeve pipe repair technique involve?

The repair of pipes using the continuous sleeve technique is an advanced methodology that incorporates an internal lining to existing pipes using a fiberglass sleeve. This method eliminates the need for trenching, as the sleeve is inflated and cured in place, forming a new, robust, and durable internal tubular structure. This process is similar to other trenchless repair methods, but has specific execution features that make it ideal for its speed, convenience, efficiency, and results.

Applications and advantages of trenchless pipe rehabilitation with continuous sleeves The use of continuous sleeves for pipe repair is particularly beneficial in environments that require agility. This technique is commonly applied in:

  • Sewer and wastewater systems: Provides a quick and efficient solution for urgent repairs.
  • Industrial infrastructures: Applicable in settings that demand quick and lasting solutions.
  • Deep sewer work: Allows for deep repairs without the need for extensive excavations.

Unlike traditional internal lining methods, the continuous sleeve is ideal for situations requiring a more durable long-term solution. The continuous sleeve technique is not only an advanced and less invasive option for pipe repair but also offers significant benefits in terms of cost, time, and long-term efficacy.

Discover the advantages of pipe rehabilitation with LED technology

Pipe rehabilitation is a constant need in urban infrastructures and old buildings. Among the most innovative and efficient methods available today, rehabilitation with LED technology stands out for its speed and sustainability.

Here we explore the key advantages of this advanced system:

  • Speed in the process: LED technology in pipe rehabilitation is characterized by its exceptional curing speed. Using UV LED light, this system can harden resins up to five times faster than traditional methods without the need for invasive works. This increase in efficiency significantly reduces downtime, a critical factor in high-traffic areas or in residential and commercial buildings.
  • Versatility in application: The LED method easily adapts to both horizontal and vertical pipes. This versatility ensures comprehensive coverage, allowing effective rehabilitation of service connections and internal networks in any type of building, from residences to large industrial complexes.
  • Environmental sustainability: Pipe rehabilitation with LED is notably more environmentally friendly compared to techniques that use hot water or steam. Energy consumption is minimized, as it operates at just 1.2 kW and can be plugged into any household outlet. Moreover, it uses no water and the resins used are free from harmful compounds such as styrene and amines, avoiding odor emissions and environmental pollution.
  • Portability and convenience: The equipment used in rehabilitation with LED technology is compact and fully portable. This feature allows the system to be transported and operated in various locations, even those that are difficult to access, which facilitates work in congested urban areas or in buildings with spatial restrictions.

Implementing pipe rehabilitation using LED technology not only optimizes execution times and reduces environmental impact but also provides a lasting and less disruptive solution for the existing infrastructure. Opting for this advanced method means choosing efficiency, better results, and environmental responsibility. At Pepe Núñez, we have qualified professionals to carry out trenchless pipe rehabilitation in the most efficient way. At Pepe Núñez, we are here to help you; we guarantee that your piping system will be restored with maximum efficacy and minimal impact.

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