V.CENTRO NOU Decorative Tile 20x20 cm Blue Matt Classic Victorian

Some floors tell stories. This decorative tile from the VICTORIAN HERITAGE collection brings the feel of past eras into everyday life today. The rich blue, the matt surface and the classic 20x20 cm format create spaces that look not like a trend, but like a considered choice.

Victorian Style with a Contemporary Sensibility

The V.CENTRO NOU is a decorative floor tile made from earthenware with a red clay body. Its matt surface feels understated and refined, while the deep blue gives every room a clear, distinctive character. The square 20x20 cm format lends itself to classic laying patterns and integrates harmoniously into Victorian-inspired design concepts. The tile is suitable for both floors and walls.

Built to Last in Everyday Use

With an abrasion class of PEI III, the tile is designed for moderate wear and is suitable for the entire living area. The 9 mm thickness provides a solid foundation. As a decorative tile, it works best in combination with the matching field tiles and borders from the VICTORIAN HERITAGE collection.

Frequently Asked Questions

Which rooms is this decorative tile suitable for?

The V.CENTRO NOU is suitable for floors and walls and, thanks to its PEI III rating, is designed for the entire living area, for example hallways, bathrooms or living rooms.

What material is the tile made from?

It is made from earthenware with a red clay body, a well-established ceramic material that is characteristic of classic tile collections.

Can the tile also be used on walls?

Yes, the tile is approved for both floors and walls and can therefore be used flexibly in interior design.

Does this decorative tile match other tiles in the collection?

The V.CENTRO NOU belongs to the VICTORIAN HERITAGE collection and coordinates with the matching field tiles, borders and corner pieces from the same series.

Is the tile rectified?

No, the tile is not rectified. The stated dimensions are nominal dimensions from the manufacturer and may differ slightly from the actual measurement.