Pipelife steel systems offer robust, long-lasting pipes and fittings for heating, cooling and water supply configurations in a variety of buildings. With extensive portfolios in both stainless and carbon steel, you have options regarding the cost, configuration, temperature and pressure demands of your project.
Explore the ways premium steel piping can advance and protect your project.
1. What’s the difference between stainless steel water pipe systems and carbon steel water pipe systems?
Pipelife stainless steel pipes and fittings are made from high-quality austenitic stainless steel 1.4404 (AISI316L). This ensures extremely high pressure, temperature and corrosion resistance throughout the system and enables intense thermal and chemical disinfection of the pipes for buildings that have high hygienic standards (e.g., schools and hospitals). This is why our stainless steel systems are most commonly used for drinking water supply, but the material (along with the appropriate O-ring) is also certified for use in a variety of other applications, including:
Our carbon steel systems, on the other hand, are made from high-quality EN10305-3 (1.0034) carbon steel — certified for use in both residential and industrial applications. They are a cost-effective alternative that remains corrosion resistant (thanks to a galvanized zinc outer-coating) and provides excellent pressure and temperature ratings — operating at up to 16 bars and 120 °C.
2. Why are stainless steel water pipes preferred for drinking water applications?
Stainless steel offers exceptional hygienic properties which prevent contamination, biofilm formation and taste alteration of the potable water supply. The material also supports thermal and chemical disinfection, which is essential for applications with strict hygiene requirements, such as hospitals and schools.
3. When should carbon steel water pipe systems be used?
Our carbon steel pipe systems are best suited for closed heating circuits. The properties of more expensive stainless steel are unnecessary for this application and carbon steel provides a reliable, corrosion-resistant environment that can withstand high temperatures (120 °C) and pressures (16 bars).
4. Can stainless steel and carbon steel water pipes be combined in the same system?
While stainless and carbon steel components can be used in the same installation, they must never come into direct contact with one another due to the risk of bimetallic corrosion.
To avoid this, fittings or spacers (at least 50 mm) made from non-ferrous metals (bronze, copper, brass) must be used between stainless and carbon steel elements.
5. How much do Pipelife steel water pipe systems cost?
Our stainless and carbon steel systems are competitively priced. They are tailored setups aligned to the requirements of your project, and the price varies accordingly. Please get in touch with your local Pipelife partner for a detailed offer.
6. Where can I buy Pipelife steel water pipe systems?
Our stainless steel and carbon steel pipe systems can be bought directly from your local Pipelife partner. For more details, see the list of our operating countries at the bottom of the page.