GFRC Benchtops for Outdoor Kitchens

Glass Fibre Reinforced Concrete (GFRC) benchtops offer exceptional design freedom, durability, and performance for outdoor kitchens. Designed to withstand the elements while remaining lightweight and highly customisable, GFRC allows you to create bespoke outdoor benchtops that are both practical and visually striking.

GFRC enables thin, lightweight concrete benchtops in virtually any shape, texture, or colour—making it ideal for outdoor kitchens where form, function, and longevity all matter.

Customisable Outdoor Style

GFRC allows complete creative control over your outdoor kitchen design. Using high-performance GFRC premixes alongside specialised fibres and pigments, benchtops can be tailored to suit modern, coastal, rustic, or architectural outdoor spaces.

Whether the design calls for seamless integrated benchtops, bold statement pieces, or subtle natural finishes, GFRC adapts to your vision rather than limiting it.

Colour Options

Integrally coloured GFRC is ideal for outdoor kitchens, offering long-lasting colour consistency without surface coatings. Pure iron oxide pigments can be blended into the mix to achieve bold colours or soft, natural concrete tones.

From deep charcoal and earthy sand hues to muted blush or stone-inspired colours, integrally coloured GFRC ensures the colour runs through the entire slab—perfect for outdoor environments where durability and fade resistance are essential.

Textures and Finishes

GFRC can be textured, imprinted, or pressed to create unique outdoor finishes. Custom moulds allow stone-like, rippled, or organic textures, while smooth pressed finishes deliver a clean, contemporary look.

This flexibility makes it easy to complement surrounding materials such as timber, brick, steel, or natural stone commonly used in outdoor kitchens.

Shapes and Integrated Features

Outdoor kitchens often demand functionality beyond a standard benchtop. GFRC allows seamless integration of features such as:

  • Built-in sinks and drainboards

  • BBQ cut-outs and appliance rebates

  • Curves, waterfalls, and cantilevered edges

  • Laminations with timber or metal details

Thin sections and complex shapes can be achieved without compromising strength—something traditional concrete struggles to deliver.

Thin and Lightweight Construction

GFRC benchtops are significantly thinner and lighter than traditional steel-reinforced concrete. With typical thicknesses of just 20–25mm, GFRC benchtops weigh up to 75% less while maintaining high structural performance.

This reduced weight simplifies transport and installation, particularly in outdoor areas such as rooftop terraces, alfresco spaces, and elevated decks.

Durability in Outdoor Conditions

Despite their slim profile, GFRC benchtops offer outstanding durability. Properly cured GFRC provides excellent resistance to outdoor wear.

With the correct sealing and maintenance, GFRC benchtops perform exceptionally well in exposed environments and are built to last for decades.

GFRC vs Engineered Stone for Outdoor Kitchens

While engineered stone offers consistency, it is limited in shape and design flexibility and is typically factory-produced. GFRC, by contrast, is hand-crafted, allowing complete control over form, texture, and finish.

For outdoor kitchens requiring custom shapes, integrated features, and unique finishes, GFRC provides far greater creative freedom without compromising durability.

Ideal for Designers, Builders, and Fabricators

GFRC is an ideal material for builders, architects, and designers creating bespoke outdoor kitchens. Its ability to form complex shapes, pair with mixed materials, and remain lightweight makes it well-suited to both residential and commercial outdoor projects.

GFRC can be fabricated off-site or onsite, reducing transport challenges and enabling installation in locations where heavier materials may not be practical.

If you’re exploring custom solutions for your next outdoor kitchen project, GFRC offers a durable, flexible, and design-driven alternative to conventional benchtop materials.