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For Seamless Water Flow
At Prayag, we bring you a range of Composite Pipes engineered for high durability, excellent Thermal compatibility, and long service life. Designed to handle extreme conditions, these pipes ensure hassle-free installations with zero corrosion and high tensile strength.
A strategic business decision that reduces project risk and lifecycle maintenance labor.
Engineered for lasting reliability in the most demanding environments.
Manufactured from Food Grade Material to ensure pure and clean flow.
Built with excellent UV resistance to withstand harsh conditions without degradation.
Composite pipe range
A composite pipe is a next-generation pressure solution utilizing a PE-AL-PE (Polyethylene-Aluminum-Polyethylene) multi-layer structure manufactured in strict compliance with IS 15450:2022.
This five-layer architecture integrates a form-stable aluminum core overlap-welded between layers of high-performance polyethylene. This evolution solves the dual problem of plastic's thermal instability and metal's corrosive degradation. We have created color-coded safety standards to identify fluid mediums immediately for risk mitigation.
Standard water supply and ISI-compliant applications.
Potable and residential (PRT) water supply systems.
LPG and Natural Gas pipeline distribution.
Specialized Medical Air and Oxygen supply for healthcare infrastructure.
Where our pipes work
From residential plumbing to critical medical gas lines, our pipe range is engineered for the specific demands of each application.
Chemical and heat-resistant piping for process, cooling & utility lines
Hygienic, corrosion-free pipelines built for food-grade safety standards
Precision-engineered lines for coolant, air & hydraulic systems
Medical gas and pure water supply lines built to clinical safety codes
Vertical riser and horizontal distribution networks
Office blocks, malls, institutional campuses
Internal water networks, process-water supply
The Engineering Advantage
Prayag's fitting ecosystem is designed to address the weakest link in any fluid network through high-precision mechanical jointing and strategic risk mitigation. The system is categorized into two material types and supported by a specialized toolset to ensure permanent, leak-proof connections.
The modern built environment demands a fundamental shift in infrastructure reliability. For decades, specifying engineers were forced into a compromise: the structural rigidity of metallic pipes plagued by corrosion, or the chemical inertness of polymers hampered by high thermal expansion
