SUPER HARD KERAMIK 3CM PIAZZA3 MATERA
3 September 2005
SUPER HARD KERAMIK 3CM PIAZZA3 MILANO
3 September 2005
SUPER HARD KERAMIK 3 CM
PIAZZA3 Venezia
The memory of Venice engraved in stone
SUPER HARD KERAMIK 3 CM PIAZZA3 Venezia is a high-thickness sintered stone slab designed for outdoor paving where structural strength, visual continuity and long-term reliability are essential.
The 101×101 cm format and 3 cm thickness define a surface engineered for urban environments, public spaces and high-load outdoor applications.
Its inspiration comes from historic Venetian pavements exposed to water, salt and continuous foot traffic. PIAZZA3 Venezia reinterprets their most resilient and material character, translating it into a compact, stable and contemporary surface.
The chromatic palette develops around sand-beige tones with deep grey and mineral inclusions, enriched by subtle tonal variations that create a natural, solid and visually coherent effect, ideal for large continuous surfaces.
Advantages of PIAZZA3 Venezia:
- High-performance Venetian inspiration: compact mineral tones designed for structural outdoor paving and public spaces.
- 3 cm thickness and 101×101 cm format: enhanced stability, reduced joints and strong visual continuity for high-traffic surfaces.
- Clear and reliable surface: controlled texture and discreet tonal variations that strengthen architecture without visual overload.
- Ideal for complex spaces: contemporary squares, urban paths, terraces, waterfronts and contract projects.
Size
101x101x3 cm (40"x40"x1.2")
Also available in a 2 cm (0.8") thickness
Description
PIAZZA3 Venezia is a 3 cm thick sintered stone slab developed for outdoor paving that requires high structural performance and long-term stability. The surface combines a sand-beige base with grey-mineral inclusions, subtle tonal variations and discreet material details inspired by Venetian paving traditions reinterpreted in a contemporary way. Thanks to SUPER HARD KERAMIK 3 CM technology, it ensures load resistance, reliability and consistent performance even in demanding outdoor conditions, becoming an integral architectural element.
