Antica Ceramica has launched its Cube Design Tiles Collection, a new range of wall and floor tiles developed for contemporary residential, commercial and hospitality spaces.

The collection is offered in a 600 x 1200 mm format with a thickness of 10 mm, enabling large-format installations with minimal grout lines and a clean, continuous visual appearance. The tiles support linear layouts and cohesive transitions across walls and floors, allowing flexibility in spatial design.

Engineered for performance, the Cube Design Tiles are designed to resist stains, withstand heavy foot traffic and retain surface clarity over extended use. A non-slip surface texture enhances safety, making the tiles suitable for bathrooms, kitchens, corridors, lobbies and other moisture-prone or high-movement areas. The company said the tiles offer consistent colour, uniform texture and dimensional stability, providing an alternative to natural stone with lower maintenance requirements.

The range is characterised by a geometric design language with clean lines, structured patterns, subtle tonal variations and stone-inspired finishes, enabling application across both contemporary and traditional settings. The tiles can be used as feature surfaces or neutral backdrops in residential interiors such as living rooms, bedrooms, kitchens, balconies and bathrooms, as well as in commercial and hospitality spaces including hotels, restaurants, retail outlets, offices and public areas.

Commenting on the launch, Rahul Bhugra, Director, Antica Ceramica, said, “In today’s design landscape, surfaces are no longer passive backdrops—they define the character of a space. With Cube Design Tiles, we wanted to create a collection that blends geometry, material innovation, and refined craftsmanship. It is designed to empower architects, designers, and homeowners with surfaces that are expressive, durable, and versatile across applications.”

The company said the new collection reinforces its focus on design-led, durable and application-flexible surface solutions.