Polybutene-1 (PB-1) has been successfully used in pipe applications in Europe for over 40 years. Installations made at that time in Austria and Germany for District Energy and Underfloor heating are still operating without problems today. Since those first successful installations, advances in both material technology and production processes, combined with stringent EU and International standards, has further raised the performance and reliability of Polybutene-1 piping systems.
PB-1 Basic Facts
Over 40 years, PB-1 piping systems, with advances in jointing and installation methods, have become the state-of-the-art for heating, cooling and plumbing.
PB-1 piping systems – today's technology
The evolution of piping systems for heating and plumbing applications over the last 40 years has been accompanied by advances in jointing and installation methods. The advent of plastics, and in particular, Polybutene-1 systems, is the latest step in this evolution.
Rigid systems, with their problems of making watertight joints in confined spaces are rapidly being superceded by more plumber-friendly systems such as PB-1 enabling easy prefabrication, efficient logistics and onsite handling, faster installation – particularly in confined spaces.
The inherent physical properties and performance in service of Polybutene-1 systems eliminate many of the problems and difficulties associated with traditional piping materials and installation.
- Polybutene-1 was introduced to the European market in the mid 1960’s and has a successful record of prolonged service in pressurised hot and cold water systems. As a result, PB-1 is widely recognised by manufacturers and installers of piping systems in Europe and Asia as the material of choice for these systems.
- Long-term ISO 9080 tests performed on PB-1 pipes project service lifetimes of over 50 years.
- Studies from independent experts show no evidence of defects or degradation after long service periods.
PB-1 is recognised in EU and International standards for plastic piping.
PB-1 uses less energy during its manufacture, conversion, installation and end-use than its competitors, and is recyclable.
- Polybutene-1 is inherently flexible, strong, resilient and light weight, with a density similar to water of 0.92 g/cm3.
- PB-1 pipes and fittings are odourless and tasteless and meet 'contact with food' approvals. They are therefore ideal for use in drinking water applications.
- Long flexible pipe in coils means less connections
- Few tools required and no heat and fluxes
- PB-1 systems' suppliers provide complete systems thus performance and integrity are guaranteed
- Lightweight, flexible PB-1 piping is easy to ship and handle onsite
- Drinking water and heating pipe systems made from PB-1 are completely corrosion free.
- No scale build-up and encrustation in hard water supply areas ensures long-term efficiency for water heating and circulation systems
- Resistance to freezing temperatures – PB-1 pipes will not burst due to freeze-ups.
- Low thermal conductivity of PB-1 means that hot water pipes are cooler to the touch than conventional metal pipes and condensation is reduced.
- PB-1 piping is electrically non-conductive, providing a safer system with minimum earthing requirements.
PB-1 pipes can be installed as a conduit 'pipe in pipe' system through concrete floors and walls to ensure low maintenance.
Polybutene-1 is not sold by PBPSA members for use in pipe applications intended for use in North America, and those parties require their customers or distributors not to sell products made from PB-1 into pipe applications for North America.