Black Pipe

Product FAQs

• What projects should consider HDPE as an option?
  While carbon steel and stainless steel have long been the go-to options, high-density polyethylene (HDPE) pressure piping has quickly emerged as a flexible and easy-to-manage alternative, particularly for projects involving water systems and treatment, cooling systems, corrosive liquids and seismic rated construction. How can pipe selection increase energy loss? There are three main ways that making the wrong pipe decision can increase energy use:

  • Additional interventions needed due to the impact the pipe has on the product during transfer. For example, pumps to maintain flow due to friction or fans and other temperature controls
  • Increased installation costs of heavy or difficult to handle pipe
  • Additional ongoing maintenance requirements

  How do the different  pipe types help save energy? HDPE

  • smooth interior surfaces, resulting in lower friction loss
  • resistant to scaling
  • excellent insulation capabilities
  • lightweight, flexible, and easy to handle and install

  Carbon Steel

  • protective coatings or linings can be applied to enhance corrosion resistance, prevent leaks and prolong lifespan

  Stainless Steel

  • smooth interior surfaces, resulting in lower friction loss

   
• What are the key considerations when managing expansion in above-ground HDPE pipe installations?
  • Ensure there is enough space for your pipe to both expand and contract
  • When ordering pipe, order additional pipe to manage the expansion.
  • Clear the space for the pipe to move of rocks and objects which could potentially damage the pipe
  • Use high quality brackets and restrictors
  • Meet with Advanced Pipe Systems early in your planning process to ensure a smooth outcome
  • Ensure your installation is done right in the first instance, or risk issues down the track
• How can pipe selection increase energy loss?
  What projects should consider HDPE as an option? While carbon steel and stainless steel have long been the go-to options, high-density polyethylene (HDPE) pressure piping has quickly emerged as a flexible and easy-to-manage alternative, particularly for projects involving water systems and treatment, cooling systems, corrosive liquids and seismic rated construction. How can pipe selection increase energy loss? There are three main ways that making the wrong pipe decision can increase energy use:

  • Additional interventions needed due to the impact the pipe has on the product during transfer. For example, pumps to maintain flow due to friction or fans and other temperature controls
  • Increased installation costs of heavy or difficult to handle pipe
  • Additional ongoing maintenance requirements

  How do the different  pipe types help save energy? HDPE

  • smooth interior surfaces, resulting in lower friction loss
  • resistant to scaling
  • excellent insulation capabilities
  • lightweight, flexible, and easy to handle and install

  Carbon Steel

  • protective coatings or linings can be applied to enhance corrosion resistance, prevent leaks and prolong lifespan

  Stainless Steel

  • smooth interior surfaces, resulting in lower friction loss