Curl

CURL VERDI ANTIGUA NATURAL STONE FLUTED MOSAIC TILE

Rich green tones with layered depth.
The Curl Verdi Antigua Fluted Mosaic Tile brings together deep green hues and natural stone variation within a sculptural fluted format. Each flute carries unique tonal movement, creating a surface that feels expressive yet grounded.

Inspired by nature-led interiors, this fluted tile enhances colour through texture rather than contrast. The curved profile interacts with light to produce a dynamic interplay of shadow and highlight, adding dimension to the space.

This stone mosaic tile is designed for interiors that embrace colour in a refined and considered way.

The Curl Verdi Antigua Fluted Mosaic Tile is crafted from natural stone and finished with a honed surface. Each sheet features elongated curved chips arranged in a seamless fluted formation, delivering a continuous and architectural result.

This format blends organic variation with a structured layout, making it ideal for bathrooms, kitchens, and feature areas where material detail plays a central role.

Whether used as a full feature wall or as a statement splashback, it creates a rich and layered finish.

Highlights:

Green natural stone mosaic tiles with strong variation.

Fluted tiles with a sculptural curved profile.

Honed finish for a soft, matte surface.

Ideal for feature walls and splashbacks.

Creates depth through tone and texture.

Sheet format for seamless installation.

Design Insight

Green stone introduces a sense of calm and connection to nature. When combined with a fluted surface, it becomes more dynamic, allowing the variation to feel intentional and structured.

Verdi Antigua works beautifully in spaces that balance natural materials with contemporary design.

Applications:

Bathroom walls and shower features.

Kitchen splashbacks.

Feature walls and joinery cladding.

Powder rooms.

Why You’ll Love It

Rich, natural colour palette.

Adds depth without overwhelming the space.

Perfect for statement yet refined interiors.

Elevates material-driven design schemes.