AtlanFlow SN8 HDPE Stormwater Pipe

AtlanFlow SN8 HDPE corrugated pipe is a dual wall (corrugated outer wall and smooth inner wall) pipe engineered from high density virgin polyethylene (HDPE).

Light, strong and durable, it requires low cover and is hydraulically efficient with superior performance in gravity-flow drainage applications.

AtlanFlow SN8 Pipe Features

  • Manufactured in accordance to AS/NZS 5065
  • Available from 100mm to 1050mm Diameter Nominal (DN)
  • Health and safety and manual handling benefits on site
  • Engineered to be a flexible pipe delivering SN8 to SN16 capabilities
  • Non-corrosive – suitable for marine environments
  • Not prone to cracking
  • Full sustainability 100% recyclable
  • Between 80% and 95% lighter than concrete
  • Less demand on plant and equipment during construction
  • Easier installation through our pre-installed rubber ring jointing system
  • 6M lengths for increased productivity
  • Total project cost reduction
  • Less joints = less risk for leaks
  • Reduced transport costs through better truck utilisation
  • No silica exposure or risk

Applications

  • Road and rail
  • Subdivisions
  • Car parks / open spaces
  • Commercial
  • Industrial
  • Rural
  • Mining

AtlanFlow SN8 Pipe Sizes

Model IDNominal IDID (mm)OD (mm)EFFECTIVE LENGTH (mm)
ATF110.8100931106404
ATF160.81501371606370
ATF225.82252182526280
ATF300.83002953436180
ATF375.83753644236180
ATF450.84504365046120
ATF525.85255196016030
ATF600.86005896855900
ATF750.87507298455910
ATF900.8*90087010125970
ATF1050.8*1050101611865920

High density Polyethylene Pipe

Durable | Reliable | UV Resistant

Our AtlanFlow SN8 pipes are made from Polyethylene (PE), a polymer known for its high strength-to-weight ratio, excellent temperature performance, and impact resistance. PE’s chemical resistance makes it ideal for environments exposed to corrosive substances.

Widely used in industries like construction, automotive, packaging, and agriculture, PE is particularly valued in infrastructure for pipes and stormwater systems due to its corrosion resistance, flexibility, and efficiency in fluid flow applications.

PE’s recyclability and resistance to UV radiation further enhance its appeal as an environmentally friendly and durable material. Its molecular structure provides stability and protection from sunlight damage, making it a reliable choice for various demanding applications.

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