As the demand for durable, low-maintenance materials in public infrastructure projects grows, Fibre Reinforced Polymer (FRP) has become an attractive alternative to traditional steel and timber. However, not all FRP profiles are created equal. One critical mistake in specifying FRP for public and open-space structures is choosing filament wound profiles over pultruded members. The Problem […]
For decades, the construction industry has been a major contributor to global energy consumption and CO2 emissions. In addition, construction projects account for a significant portion of air pollution, drinking water contamination, and landfill garbage, which can affect the lives of millions of Australians in the long run. With environmental impact at an all-time high,
FRP (fibre-reinforced polymer) products have become a top choice for many Australian construction applications in recent years. They are crafted by combining a polymer matrix with reinforcing fibres, such as glass or carbon, resulting in a lightweight yet exceptionally strong material. FRP is also renowned for its versatility, allowing engineers to create complex designs that
Industrial plants have been the backbone of numerous economies for decades, providing thousands of jobs and fostering innovation in many industries. However, the presence of a huge amount of raw materials, chemicals, and infrastructure made from combustible objects poses the risk of fire-related incidents. Adopting safety measures to safeguard workers and assets from the catastrophic
Fibre-reinforced Polymer (FRP) materials have revolutionised the construction industry in recent years, providing superior benefits to traditional materials like steel and wood. Their greater strength-to-weight ratio, durability, and cost-effectiveness made them an ideal alternative to projects where safety and sustainability are paramount. However, the benefits of adopting FRP composites continue beyond steel and wood. FRP
Introduction: Why Australian Standards Matter for Public Infrastructure In Australia, it is critical to ensure that public spaces and infrastructure comply with national safety and accessibility standards. The Australian Standards AS 1428 (Design for Access and Mobility) and AS 2156 (Walking Tracks) outline specific requirements to ensure that all public spaces are safe, accessible, and
Introduction: Why FRP Grating is Revolutionizing Industrial Applications in Australia In Australia’s demanding industrial sectors—from wastewater treatment plants to mining and marine environments—the need for durable, noncorrosive, and slip-resistant materials is critical. Traditional materials like steel or wood often succumb to corrosion, wear, and safety concerns. This is where FRP grating (Fibre Reinforced Polymer) steps
Introduction: The Need for Advanced Marine Infrastructure in Australia Australia’s extensive coastline and thriving maritime activities demand robust and sustainable marine infrastructure. Fibre Reinforced Polymer (FRP) materials have emerged as a game-changer for constructing jetties and other marine structures. This blog will explore the numerous advantages of FRP jetties and why they are becoming the
Introduction As Australia continues to modernize its infrastructure, it faces challenges from harsh environmental conditions like extreme heat, coastal corrosion, and variable climate zones. To meet these challenges, Fibre Reinforced Polymer (FRP) composites are rapidly becoming the material of choice for infrastructure projects in Australia . These innovative materials offer a perfect blend of strength,
Introduction: The Essential Role of Handrails in Infrastructure Safety In Australia, ensuring the safety and accessibility of public spaces is paramount. Handrails play a critical role in providing stability and support for individuals navigating various infrastructure projects, from public walkways and bridges to boardwalks and ramps. When it comes to selecting materials for handrails, Fibre
