Active surface patents
Covering digital glaze print, nano-coatings, and slip-texture geometries in commercial use or pilot.
Glaze chemistry, nano-coating finishes, smart-building integrations, and patent-backed porcelain architectures—tracked with dashboards, not slogans.
Quarterly R&D markers shared with architects and material researchers evaluating Marazzi pilot technologies before broad catalog release.
Covering digital glaze print, nano-coatings, and slip-texture geometries in commercial use or pilot.
Color and texture trials measured for UV stability and abrasion resistance before series launch.
Versus prior generation bodies through higher recycled content percentage and kiln optimization.
Sensor-ready floor details and BIM texture libraries for digital twin handoffs during fit-out.
Technical briefs for specification writers evaluating Marazzi Innovation Lab programs. Content focuses on measurable limits—not hype.
Compares coffee, oil, and acid etch behavior on nano-coated glazed porcelain versus standard glaze under 24-hour dwell tests.
Documents substrate flatness tolerances and thin-set open times that keep dimensional stability gains visible on 1200 mm planks.
Measures repeat distance and shade drift across multi-lot wood-look tile for hospitality corridor programs.
Moisture and traffic sensor channels integrated beneath porcelain without compromising flexural strength at joints.
Released higher-resolution print heads synchronized to shade-board libraries for marble-look series.
Nano-coating finishes entered export catalogs with published stain and cleaning protocols.
Kiln curve and recycled content trials cut embodied carbon on selected porcelain lines by double digits.
BIM texture packs and sensor-ready lobby details entered partner evaluation with GC digital teams.
Share your material research focus—glaze, slip texture, or low-impact bodies—and we will schedule a technical walkthrough.