Use & Purposes
Global Synthetics provides a complete range of geo-composite drainage products and systems for complete point source water management. Global Synthetics drainage products and systems manages stormwater as a resource and enhances the social and environmental amenity of the urban landscape. Global Synthetics drainage products are lightweight and efficient to install. The products are a replacement for traditional aggregate drainage treatments.
ProDrain® 30mm Drainage Cell is a lightweight three dimensional geo-composite used for subsurface water management. The Prodrain® Drainage Cell polypropylene core is moulded into a unique profile and then wrapped in a filtration geotextile which then provides a complete void space for the water to travel horizontally without any obstruction. Its lightweight, high compressive strength makes the product ideal for roof gardens & podium landscaping, retaining walls, sports fields & golf courses, under drains for slabs and foundations and subsurface drainage for permeable driveways and car parks.
Features and Benefits
Webinar Q & A Transcript: Modified BRE470 approach for designing geogrid reinforced working platforms
Q: How about shape factors for bearing capacity? Is it considered in the modified method? Is your model and software limited to cohesive subgrades, or could cover granular subgrade too? A: The...Read More
April Webinar: Reinforced Working Platform – Modified BRE470 Approach
Introducing the NEW SOFTWARE & HYBRID MODEL EVENT DETAILS DATE: 28 April, 2021 TIME: 4:00pm SYD|MEL|BNE...Read More
Tailings Management with Geosynthetics
Tailings are by-products, the materials that remain after the process of separating the target mineral from the uneconomic fraction of an ore. They are different from the waste rock or other...Read More
Improving Pavement Resilience with Asphalt Geogrids / Geocomposites
What is the problem? Due to increasing traffic flow and heavy vehicle loading on the road coupled with daily and seasonal temperature variations, the road pavement is impacted by higher stresses...Read More