Revolutionising Surfaces: Introducing Forcrete’s New Micro-Stone and Micro-Granite to Australia

In the world of interior and architectural design, the organic beauty of exposed stone concrete or terrazzo remains a timeless favourite. However, traditional methods often come with major practical challenges, particularly the heavy weight of slab, structural limitations, and lengthy, disruptive installation processes.

Forcrete’s Micro-Stone and Micro-Granite eliminate these barriers. At just 3mm total thickness, these innovative new products perfectly replicate the organic look and feel of a traditional exposed stone concrete slab or terrazzo finish. Extremely lightweight, they are ideal for renovation and remedial projects where pouring a heavy slab is not possible. They can be applied over existing tiles, and kitchen bench tops. Applied in approximately 7-8 days with minimal sanding and grinding, this is truly a game-changing product.

Micro-Granite | Full Coverage

Micro-Stone | Full Coverage

Simple & Flexible

Forcrete Micro-Stone and Micro-Granite offer complete design freedom:

1 Choose partial or full coverage Full for a complete transformation or partial for artistic feature walls and accents.

2 Select your base colour From the Forcrete Micro-Quartz colour catalogue.

3 Choose your aggregates Select the blend and colour of granite or stone chippings for your desired look.

The result is a highly versatile, bespoke finish that suits almost any interior or architectural style.

Perfect for Modern Renovations

Thanks to its ultra-thin profile, seamless nature, full waterproofing, and durability, Micro-Stone and Micro-Granite are ideal for:

• Residential and commercial renovations

• Kitchen and bathroom upgrades

• High-traffic retail and hospitality spaces

• Heritage buildings and weight-sensitive structures

Stone Finishes, Reinvented

Forcrete has delivered a true game-changer. With Micro-Stone and Micro-Granite, you can now achieve stunning, high-performance stone and terrazzo finishes without the traditional weight, structural, or time constraints.