Composite Pipes are used across numerous industrial facilities such as Petrochemical Complexes, Refineries, Power and Desalinations Plants, Fuel Handling, and Storage Tanks.Products are used extensively by the Industrial sector, for a wide range of applications such as circulating water, process piping, chemical lines, cooling systems, utility piping, fire water, mining (slurries), and dredging.
To ensure your installation is executed flawlessly we work with you to oversee every aspect of your project site activities. We offer a full range of professional field assistance services including training and bonder certification of your team.
Optimized pipe systems design and engineering, including stress and surge analysis as well as pipe support packages and detailed engineering.
Composite Pipes are safe, efficient, reliable, and long-lasting, making them ideal for use across the Water Industry. We work with public water utility authorities, municipalities, infrastructure developers as well as Contractors providing them with sustainable solutions.
Exhibiting excellent corrosion resistant properties, products are an ideal solution for marine vessels thereby reducing the overall cost of ownership and operation due to lower installation costs, lightweight nature, and ease of handling. Pipes meet Classification Societies’ rules and IMO regulations, and are eco-friendly and pose no risk to the environment. Products are used extensively by the Marine & Offshore sector for a range of applications such as Top Side Piping, Firewater, Seawater, Ballast, Scrubber, Bilge, Sprinkler, Water Lines, and Chemical injection.
We integrate our products and a wide range of services to offer an end to end solution for each project. We have a broad experience in all design aspects of our Composite Pipe systems. Early incorporation of our Value Engineering team during the design phase ensures maximum effectiveness. We employ the latest system design software to analyse the design and operation conditions our pipes will be used in. This ranges from simple stress tests to complex large-scale fluid flow challenges.
