At Sticks & Stone Co., we’re excited by materials that open new possibilities for modern spaces without sacrificing performance or sustainability. Which is why we’ve chosen to use this premium material for all our custom concrete products.
So, what exactly is GFRC and why are so many designers and builders turning to it? For those who are new to the material or just want to know more we’ll break down the benefits, explore real-world applications, and show how this innovative material is reshaping the way we think about concrete.
Want to see how this comes to life? Explore our collection of GFRC basins, crafted to bring lasting beauty to your kitchen or bathroom.
What is GFRC (Glass Fibre Reinforced Concrete)?
GFRC, or Glass Fibre Reinforced Concrete, is a modern composite material designed to bring strength and style together. It’s made by combining traditional cement with fine aggregate, water, an acrylic copolymer, and tiny glass fibres that act like a built-in reinforcement.
These glass fibres are the secret sauce - they boost the material’s robustness. These fibres are used to reinforce the mix, allowing for thinner, more versatile designs. Whether sprayed onto rugged basin moulds or mixed and poured, GFRC adapts to a range of fabrication methods, making it a favourite for projects that demand both resilience and aesthetic finesse.
Born in the 20th century and refined over decades, GFRC continues to evolve, perfectly suited for today’s design-forward, performance-focused construction.
Table of Contents:
- Benefits of GFRC in Sustainable Construction
- Applications of GFRC in Modern Architecture
- Challenges and Considerations When Using GFRC
- How GFRC Supports Green Building Certifications
Benefits of GFRC in Sustainable Construction
GFRC has quickly become a favourite in modern construction, and for good reason. So what are the main benefits of this style of concrete that make GFRC stand out
Environmental Advantages
In terms of lifecycle and durability, GFRC is so robust that it means a structure or product needs to be replaced less often over time. This naturally translates to material conservation over time, a great step for sustainable practices. The fewer deconstruction and reconstructions of our environment, the lesser our impact!
In addition, GFRC production uses less energy than standard concrete. The fact that it requires less raw material to begin with, and its manufacturing process are also energy-efficient. Processes such as spraying and premixing take advantage of GFRC’s light weight. The result is lower carbon emissions during production and the ability to meet sustainability goals without skimping on design or quality.
Durability & Longevity
GFRC was engineered to endure the ravages of time and weather, without the corrosion that all too easily weakens other materials. GFRC is also naturally fire-resistant, providing peace of mind in homes and businesses.
Plus, its flexibility and low mass composition mean GFRC tolerates seismic activity better, with less risk of cracking or structural damage.
Lightweight Properties
GFRC’s lighter form makes a big difference well beyond the workshop. Whether it’s a custom table or a sprawling concrete benchtop, the reduced weight means easier handling every step of the way - from the moment they leave the workshop to the final placement in your space.
That means simpler logistics, less heavy machinery, and fewer people needed on site to manoeuvre them into place. It speeds up installation, keeps costs down, and reduces the risk of damage during handling. In the end, you get a seamless, hassle-free process that’s as refined as the product itself.
Design Flexibility & Aesthetics
One of GFRC’s greatest strengths (and what we genuinely love about it) is the freedom it gives us as designers to push creative boundaries. Its unique composition lets us mould it into intricate shapes and detailed finishes that traditional concrete simply can’t achieve.
That’s why you’ll see it come to life across so many styles in our collection. From textured basins that play with light and shadow to create subtle dimension, to pedestal basins that stand as sculptural statements in their own right, GFRC handles complex forms with ease. Whether it’s crisp edges, flowing curves, or custom details tailored to your space, this material makes it all possible.
Applications of GFRC in Modern Architecture
In our work, GFRC brings to life standout pieces like half moon basins, coffee tables, and outdoor benchtops, as well as bespoke projects tailored to unique design needs.
Beyond our product range, GFRC has become a popular choice throughout modern architecture and construction. You’ll find it in:
Architectural Elements
Because GFRC is so adaptable, it opens the door for architects to experiment with facade designs that would be impossible (or hugely expensive) with heavier materials. This means larger panels and intricate details can be used without putting extra stress on the building’s structure. And it also allows for delicate cornices, ornate mouldings, or other key architectural features to be faithfully recreated while easing the load on the building’s frame.
At the same time, the material brings a modern twist as an element of industrial design, blending heritage with innovation. It allows designers and architects to seamlessly integrate contemporary style and performance into historic contexts, marrying old-world aesthetics with new-world practicality.
Infrastructure Projects
GFRC isn’t limited to interiors or decorative features. The improved durability of GFRC when compared to other building materials naturally also makes it a suitable material in infrastructure. From bridge cladding to retaining walls and streetscapes, its qualities make it well-suited for projects that have to stand up to heavy use and changing conditions.
It’s this proven performance on a larger scale that gives us even more confidence in using GFRC for the crafted pieces we create.
Challenges and Considerations When Using GFRC
Even with all the advantages GFRC brings to the table, it’s not without its challenges. Like any material, it has its quirks and demands a careful approach to get the best results.
Cost Implications
There’s no getting around it: GFRC typically comes with a higher upfront cost compared to traditional concrete. From specialised moulds to the quality of the raw materials, it’s an investment from the start. But in our experience, the long-term value more than makes up for it.
Thanks to its reduced structural load requirements and easier handling over time, glass fibre concrete often saves money down the line by avoiding the hidden costs of repairs, reinforcements, or early replacements.
Installation Best Practices
GFRC is a material that truly rewards a skilled approach and that’s where we come in. From the way we cast each piece to how we handle and transport our team takes every step seriously to protect the integrity and fine details of the design. It’s this level of care and experience that ensures your concrete piece doesn’t just look impressive when it arrives, but continues to perform and hold its shape exactly as intended for years to come.
Maintenance & Lifespan
The beauty of GFRC is how little fuss it needs once it’s in place. Our pieces are made to handle everyday life (resisting cracks, weathering, and the usual wear and tear that comes with time). A quick wipe-down with a gentle cleaner is usually all it needs and we’ll always provide clear maintenance tips to help you look after your piece.
For extra peace of mind, our warranty covers the structural integrity of your concrete piece for 12 months. While natural variations like colour shifts, texture differences, and tiny air pockets are all part of concrete’s charm (and not considered defects), we stand by the craftsmanship of every piece we create. If you ever have questions about care or want advice down the track, we’re only a call or message away.
How GFRC Supports Green Building Certifications
LEED (Leadership in Energy and Environmental Design) is one of the most recognised ways to measure a building’s sustainability. It rewards choices that reduce environmental impact, from energy and water savings to the kinds of materials used.
Because GFRC requires less raw material, uses less energy to produce and transport, and can often be recycled, it helps projects earn valuable environmental points and meet broader sustainability targets.
For us, that means the elements we craft aren’t just about good design. They’re also a thoughtful choice that contributes to building smarter, more responsible spaces. It’s one more reason we love working with GFRC, knowing it plays a part in shaping projects that look great and do better by the planet.
The Future of Concrete Design with GFRC
As the industry continues to prioritise sustainability, GFRC is set to play an even bigger role. Its efficient use of materials, lighter carbon footprint, and potential for recycling all make it a standout choice for greener construction. Looking ahead, we expect to see even more innovative applications, from advanced facade systems to furniture and interiors that push design boundaries while keeping environmental impact front of mind.
For us, it’s exciting to work with a material that doesn’t just meet today’s standards, but is perfectly positioned to lead the way in how we build and design for the future. If you’re thinking about a project and want to explore what’s possible with GFRC, we’d love to chat.