Sewerage Pipes and Fittings
BorECO™ polypropylene sewerage and industrial pipe systems offer higher performance and lower weight
BorECO™ polypropylene (PP) materials have been
specifically developed to improve the performance of solid wall pipes
for underground, non-pressure sewerage and industrial systems.
Using Borealis’ unique Borstar® bimodal technology, BorECO PP high modulus grades help meet the pipe industry’s demands for speed and ease of production and installation, as well as for century long system service life.
BorECO PP builds on the well-established properties of PP to deliver optimised:
- stiffness,
- corrosion and chemical resistance,
- impact, abrasion and stress crack resistance, even at low temperatures,
- flexibility and structural integrity to accommodate ground movements without breaking,
- high temperature resistance at 60°C – short-term up to 90°C.
Benefiting the whole value chain
Importantly, BorECO PP offers an improved stiffness/impact property balance, allowing for the manufacture of thinner walled pipes at reduced pipe weight, while maintaining the same ring stiffness levels. This provides for:
- low pipe weight per meter,
- increased pipe design freedom,
- safer pipe handling and easier installation at the trench,
- long-term in-service durability.
A complete system solution
Exhibiting very good processing characteristics that enable high output extrusion and short cycle time injection moulding using conventional equipment, BorECO PP presents the possibility of a ‘one material’ solution for all elements that make up a system including:
- smooth solid wall and structured wall pipes,
- small and large diameter soil and waste pipes,
- surface water pipes,
- underground pipe and cable protection systems,
- pipe fittings and inspection chambers.
Moreover, adding an additional benefit to system manufacturing, BorECO PP is compatible with all commonly used jointing techniques.
Environmentally sound material
BorECO PP contains no heavy metals or other additives harmful to the environment and it can be recycled for pipe or for energy recovery through incineration.
Page updated: 09.07.2008
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