Building Excellence with Precision, Innovation, and Reliability.
To extend the lifespan and structural strength of MS pipes, we apply an additional concrete coating using the guniting (shotcrete) technique. This method, widely used in the rehabilitation of distressed reinforced concrete structures, is highly effective in enhancing the durability and stability of pipelines.
In this process, sand and cement are mixed in dry form within a mixing chamber. The dry mix is then transported using air pressure through a hose to a specialized nozzle, where it is forcefully projected onto the pipe surface. This creates a dense, uniform external coating that strengthens the pipe and increases its resistance to environmental and structural stress.
During offshore installation, pipe laying progresses as the vessel advances along its anchor lines. The pipe is gently placed on the seabed in a controlled S-bend configuration.
Key aspects of the process include:
The overbend section is supported by a specialized structure known as a stinger.
The stinger is equipped with rollers to prevent damage and manage curvature during deployment.
This method ensures precise placement and protects the structural integrity of the pipeline.
HDPE pipes can be joined using several reliable techniques, depending on the application and site requirements. The five most common assembly methods include:
Butt Fusion / Butt Welding
Electrofusion
Compression Fittings
Socket Fusion
Mechanical Bolt-Type Couplings
Each method offers specific advantages in terms of strength, flexibility, and installation conditions. The right technique ensures leak-proof joints and long-lasting pipeline performance.
Building Excellence with Precision, Innovation, and Reliability.