Polymer concrete stormwater pits are in-demand components of an extensive stormwater management system in both commercial and residential properties in Australia.
Pits are designed to securely shut off critical below ground utilities from unauthorised access and water ingress, which may potentially lead to performance malfunctions and safety hazards. Stormwater pits are specially manufactured to provide optimum service, especially against imminent flooding episodes under inclement weather conditions. Polymer concrete is an emerging building material for pits on account of its lightweight, yet robust properties. For the finest quality, Hydro Construction Products is the number-one choice.
In designing stormwater and electrical pits, the product development team at Hydro aimed to provide a much lighter alternative to traditional concrete. Hence, polymer concrete was enlisted to achieve a practical and cost-effective solution that does not compromise on quality and performance.
During production, Hydro harnesses the rugged properties of natural minerals, including granite, basalt and quartz. These raw materials account for the pit's exceptional performance factors, including mechanical strengths, dielectric properties, and resistance to water ingress, chemicals and compression in the long run. A polyester resin mixture is used to bind the raw materials together, streamlining their physical attributes into the lightweight build of polymer concrete stormwater pits.
Polymer concrete pits by Hydro are suitable for pedestrian areas, domestic driveways, schools, parks, car parks, streetscapes and service stations. The clear opening of the sumps can be specified to 300mm, 450mm, 600mm, or 900mm, while the risers measure 300mm in depth.
Grates for polymer concrete pits by Hydro can be fabricated in Bike Safe galvanised steel, Heelguard galvanised steel, or Heelguard stainless steel. Meanwhile, cover options include galvanised steel checker covers, and ductile iron covers and frames for extra heavy duty applications.
Other accessories for polymer concrete pits include pit marking cover identification, typically used to determine the contents of the pit. Industry specifiers can not only specify the text, but also provide special markings or plates with company logos. All Gal Chequer plates & ductile iron casts can be integrated with an engraved brass plate. Additionally, M8 galvanised thread can be incorporated in the corners of the lid and pit access, ensuring secure lockdown without costly additional bars or brackets.
To learn more about polymer concrete stormwater pits, visit the official website of Hydro at www.hydrocp.com.au.
