MALLORCA MATT PORCELAIN TILE 17.5X20 HEX. OLIVIA

MALLORCA HEX · Mediterranean-inspired hexagonal porcelain tile

The Mallorca Hex collection is a porcelain stoneware series that combines the calm of natural tones with a contemporary geometric format. Inspired by Mediterranean stone and traditional architecture reinterpreted through a modern lens, this 17.5×20 cm hexagonal tile brings balance, texture and refined character to interior spaces.

Each tile belongs to a set of 30 different graphic designs, randomly packaged to create rich, organic surfaces with a natural appearance. This controlled variation eliminates visual repetition and enhances the authenticity of the material.

Mineral aesthetics with geometric design

Mallorca Hex is available in soft colour blends such as Almond and Pearl, warm and luminous shades that recall stone shaped by time and light. The hexagonal format allows for dynamic, contemporary layouts while maintaining visual harmony and balance.

The matte finish enhances its mineral character, delivering an elegant, understated surface with a natural and timeless look.

Porcelain stoneware performance

Manufactured in high-quality BIa porcelain stoneware, Mallorca Hex offers excellent resistance to wear, moisture and daily use. It is suitable for both flooring and wall applications, ensuring durability and easy maintenance in residential and commercial environments.

Its hexagonal shape makes it particularly suitable for bathrooms, kitchens, entrance areas and retail spaces, allowing for ceramic rugs, decorative transitions or full-surface installations with strong visual identity.

Versatile solution for interior projects

Mallorca Hex can act as the main design feature or be combined with neutral materials such as concrete, wood or plain surfaces. Its balanced colour palette and controlled graphic variation make it a reliable and elegant choice for contemporary interior design.

Mallorca Hex is a decorative porcelain tile designed to bring light, natural texture and geometric interest to spaces, while maintaining high technical performance.