Colours Details Formats Decors

Arthis Caesar Ceramics, The unique ‘material culture’ that identifies us comes from more than 30 years experience and innovation in the field of high-quality Italian porcelain tile, a guarantee of comprehensive technical know-how.

Arthis

Images

Hand-crafted wood effect porcelain tiles

From the noble arts that have transformed woodworking into a master’s craft, the inspiration for an extraordinarily beautiful collection of wood-effect porcelain stoneware. Arthis nourishes with new life the capacity to turn a natural material into the skill of the artisan, to bring warmth and elegance to any design context.

In the world of Arthis, past, present and future blend in a material that is full of life to offer a feeling of inspired contemporary craftsmanship to residential and commercial spaces.

Range:

Vapor: The evaporation of oak is the inspiration of a light colour with subtle and slightly desaturated patterns,
which conveys a feeling of intimate and whispered elegance.

Natur: Soft and luminous tones for patterns that combine the darker marks of stucco work to the minute details of
natural wood. Warmth and craftsmanship for an accomplished contemporary rustic style.

Oleum: A warm and mellow brown that inherits the great strength of oil-saturated oak. For welcoming environments
where craftsmanship rhymes with a natural style.

Royal: A variation with darker, more intense and enveloping tones that recall the extraordinary character of seasoned oak. For a contemporary look cloaked in a noble and masterful elegance.

 

Decors

Impression: draws its inspiration from pyrography. By means of the match with the Natur and Vapor variations, it gives richness and complexity to the collection.

Kerf: works well with the Natur and Vapor base tiles, reproduces the appearance of saw-cut planks.

Color Range

Finish Range

Matt RT | 9mm | R9

Format Range

Thickness:
Finish:
Colour 20x120 cm
9 mm
Matt
R9
20x120 - Chevron cm
9 mm
Matt
R9
Vapor
Natur

Trim pieces

Useful resources

Tile performance data

pdf, 121 KB

Download
Catalogue

pdf, 8.8 MB

Download
Caesar Arthis Textures

zip, 227 MB

Sign up

Our magazine

Ceramiche Caesar Italian engineered porcelain stoneware installation in LEED-certified UAE commercial landmark building sustainable architecture

12 October 2026

Italian Engineering — LEED & WELL

The Global Standard of LuxuryIn the competitive real estate market of the Emirates, "Made in Italy" is more than a label; it is a guarantee of prestige and unco...

Caesar 0030

09 October 2026

Ispirazioni

Caesar Ceramics USA: Ten Years of Made in USA

Fiorano Modenese, October 2026 – An invisible thread connects Emilia’s culture of materials with the architecture of the New World. In 2026, Caesar Ceramics USA...

Caesar Slab2 porcelain continuous uninterrupted floor from luxury UAE villa interior living space to outdoor terrace pool area

07 October 2026

The Infinite Surface — Indoor-outdoor

The Indoor-Outdoor ConnectionIn modern architectural design, the boundary between the living room and the terrace is rapidly disappearing. Homeowners and hotel ...

Caesar Rune Outdoor Glyph

02 October 2026

Fiere

Caesar at FutureScape 2026: new material languages for 20 mm outdoor surfaces

Fiorano Modenese, October 2026 – On October 13 and 14, Caesar will take part in FutureScape 2026, the UK's leading landscaping event, held this year in Farnboro...

74B00422

28 September 2026

Fiere

Cersaie 2026: Caesar Shapes the Language of Material

Fiorano Modenese, 28 September 2026 – Five days of meetings and meaningful exchanges: Caesar bids farewell to Cersaie 2026 after welcoming architects, designers...

Side-by-side comparison Caesar Cocoon wood-effect and Slab2 stone-effect porcelain tiles for UAE luxury architecture specification

18 September 2026

Cocoon vs Slab2 — Wood vs stone

The Material Selection DilemmaSelecting the right surface for a luxury project often involves a choice between two powerful natural inspirations: the warmth of ...

Quick links

Quickly access some of the most useful sections of the site.