Neolith Mirage Sintered Stone
MIRAGE SINTERED STONE
MIRAGE SINTERED STONE
Mirage captures the restrained grandeur of medieval European churches crafted from limestone.
The brilliant tone and rich, carefully selected texture evoke a different era and a sense of authenticity and purity.
INFORMATION
USE
- Interior surafces
- Exterior surfaces
FORMAT
Slabs / Tiles
BRAND
Neolith
SIZES
-Slabs : 3200x1500, 3200x1600 mm
-Tiles : 1500x1500, 1500x750, 750x750 mm
FINISHES
Silk
THICKNESS
6 mm
RECOMMENDATIONS FOR USE BASED ON THE THICKNESS
The most versatile thickness. It can be used for indoor and outdoor cladding. It is also appropriate for both outdoor and indoor flooring as well as for furniture and cupboards.
FEATURES
- 25 Year Limited Warranty
- Ultra Hygienic
- Easy to clean
- UV resistant
CHARACTERISTICS
- Lightweight
- Temperature resistant
- UV resistant, easy-clean
- Scratch resistant
- Durable
- Hygienic
- Natural
- Waterproof
- Recyclable
PRODUCTION
Made in Spain
GUARANTEE
10-year warranty
EACH ONE HAS ITS OWN SPECIFIC RANGE OF APPLICATIONS
-3 mm(1/8") : Interior cladding, furniture cladding
-6 mm(1/4") : Indoor and outdoor flooring, exterior cladding, furniture cladding
-12 mm(1/2") : Kitchen worktops, bathroom vanities, table tops
-20 mm(3/4") : Kitchen worktops, table tops
APPLICATION
- Kitchen
- Bathroom
- Interior walls
- Interior floors
- Exterior walls
- Sinks
- Worktops
- Furniture
- Exterior floors
- Ventilated façades
- Heavy transit floors
COMPOSITION
100% NATURAL
Made of clays, feldspar, silica and natural mineral oxides, Neolith will not emit toxic fumes into the environment when exposed to fire or extremely high temperatures.
NEAR-ZERO POROSITY
With a porosity of less than 0.08 percent, Neolith is impervious to absorption, making it a hygienic product resistant to bacteria that can cause disease and trigger allergies.
100% RECYCLABLE:
Due to its natural composition, Neolith can be recycled and reduced to its aggregates.
NEW FORMULATION 90R BY NEOLITH
With a porosity of less than 0.08 percent, Neolith is impervious to absorption, making it a hygienic product resistant to bacteria that can cause disease and trigger allergies.