Construction and Engineering Awards 2025

BUILD Construction and Engineering Awards 2025 Australia’s Innovator in Systems That Last When it comes to construction, true strength lies beneath the surface. In 2025, that strength has a name: Bonded Technologies — proudly awarded Australia’s Most Innovative Waterproofing Flooring Systems Manufacturer in the 2025 Build Construction & Engineering Awards. At the intersection of chemistry, engineering, and site practicality, Bonded Technologies is reshaping how Australasia builds. Focused on performance, compliance, and real-world installation, they’re not just a supplier — they’re a systems partner. Pushing Boundaries Below the Surface Bonded for: Large Scale Residential 2023 Built from the Ground Up A proud Australian owned and operated company, Bonded Technologies was founded on a simple but powerful mission: to build smarter from the ground up. This ethos fuels the company’s development of cement based polymer modified screeds, waterproofing membranes, acoustic underlays, flooring adhesives, and hybrid technologies designed specifically for Australasia s unique conditions. “Our systems are designed with the installer and builder in mind,” says the company’s Managing Directors. “Innovation doesn’t just mean new — it means better, faster, and more reliable That’s what we build for” Bonded Technologies Sets the Standard in Waterproofing and Flooring Innovation Bonded for 5 Star Hotels 2021-22 Bonded For Retirement Villages 2024 Bonded for Stadium’s 2025 End-to-End System Performance What makes Bonded different? A true systemsbased approach. Every product is designed to work with the next — tested, proven, and backed by full system warranties. From substrate prep to final finish, each layer matters. Their partnerships with distribution via flooring outlets, trade contractors, architects, acoustic engineers, and building constructors ensure that their products are not only built to meet specifications but also designed to perform optimally under pressure in real-world settings. Moisture? Movement? Sound? Solved Our Projects & Approach At Bonded Technologies, we combine innovation with performance to deliver high-quality construction solutions built for lasting results. Our product range—including advanced screeds, adhesives, and waterproofing systems—is engineered to meet the demands of modern building practices. We take a systems-based approach, ensuring compatibility and efficiency across all components, while supporting our clients with technical expertise from specification to installation. Our Approach “We don’t just sell products; we re-invent them.” Bonded’s philosophy is that real innovation is tested on-site, not in theory. That’s why installers and developers trust their products — because they perform when it counts. What Sets Us Apart We’re not any old product company. We’re a systems company. Everything we make is designed to work hand-in-hand with full warranties. Backed by Aussie ownership, local manufacturing, and the industry 'know-how'. - Full systems, not standalones - Australian-made and owned - Intercompatible and compliant - Built for speed, durability, and sound attenuation Industry Outlook The construction sector is under pressure, but also ready for change. Rising costs, tighter compliance, and sustainability targets are forcing a rethink. Bonded is stepping up with a smarter system and a push to re-establish Australian resources, development, and manufacturing as a global standard. The Road Ahead As construction enters a new era of sustainability, compliance, and smarter solutions, Bonded Technologies is leading the charge. What’s Next in 2025 “We’re growing fast. New formulation tech, national manufacturing, and more acoustic innovations are all in the pipeline. Additionally, we’re scaling up exports into Asia-Pacific. It’s going to be a big year and we’re just getting started. Final Word “Performance is KEY. We’re proving that Australian-owned/made can lead the industry, not just compete in it. “Bonded Technologies delivers the systems that builders trust, from substrate to surface”

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