Pietra sinterizzata L'Altra Pietra Cattedrale Cemento - Grès Porcellanato
CATTEDRALE CEMENTO
1 November 2001
Pietra sinterizzata L'Altra Pietra Cattedrale Grey
CATTEDRALE GREY
20 November 2001
Pietra sinterizzata L'Altra Pietra Cattedrale Cemento - Grès Porcellanato
CATTEDRALE CEMENTO
1 November 2001
Pietra sinterizzata L'Altra Pietra Cattedrale Grey
CATTEDRALE GREY
20 November 2001
Pietra sinterizzata L'Altra Pietra Cattedrale Avorio - Grès Porcellanato - sintered stone

L'ALTRA PIETRA

CATTEDRALE Avorio

luminous elegance in a timeless concrete look

CATTEDRALE Avorio is the perfect choice for those seeking a surface that brings light, balance, and an elegant cement-inspired finish. This sintered stone slab with light concrete effect blends soft ivory, beige, and grey tones for a minimalist, refined result.
Ideal for both interior and exterior applications, its smooth texture and balanced color palette enhance modern, rustic, or classic design projects. The surface adds brightness and visual harmony to any space, from residential areas to public architecture.
Crafted from high-performance sintered stone, CATTEDRALE Avorio ensures a durable and resistant flooring solution that stands up to time and weather without compromising on style. An excellent option for those who want elegance, lightness, and versatility.

Advantages of CATTEDRALE Avorio:

  • Warm ivory tones: bright and refined for stylish atmospheres
  • Smooth, subtle texture: discreet design for contemporary interiors
  • Indoor & outdoor resistant: durable, frost-resistant, anti-wear
  • Perfect match: easy to pair with wood, glass, metal, or natural stone


Size


90x90x2 cm (36"x36"x0.8")

Description
CATTEDRALE Avorio
is a sintered stone slab with a light cement effect. Its ivory-beige tones and smooth finish make it ideal for elegant, resistant, and timeless flooring or wall coverings.

Solar Reflectance Index
The Solar Reflectance Index (SRI) measures a material's ability to reflect solar energy and release absorbed heat, essentially indicating how "cool" a surface will stay in sunlight. It combines solar reflectance (how much sunlight bounces off) and thermal emittance (how well it radiates absorbed heat). Higher SRI values mean a material will stay cooler when exposed to sunlight, making it beneficial for reducing heat buildup in buildings and mitigating the Urban Heat Island effect.

Download the CATALOG
and the TECHNICAL SHEET


You may also like: