a versatile, flexible and exceptional
technological system.
Inspired by the idea of developing the largest and thinnest ceramic slab ever seen that would multiply the fields of application compared to a standard ceramic product, Laminam has developed a new concept of surface with universal potential and versatility that adds new value to the building, architecture and interior design world.
Laminam is a company but also a product; a technological system which is above all a truly versatile, flexible and exceptional solution with high aesthetic and technical performances; for the first time ever it is now possible to use large surfaces in previously unthinkable applications. It is the first ever large format slab with a thickness of just 3 mm: an aesthetically innovative surface with exceptional technical performance; a real skin for contemporary architecture, an epochal innovation that has revolutionised the way of dressing spaces and volumes.
characteristics of laminaM
CHEMICAL RESISTANCE
Laminam resists to organic and inorganic solvents, disinfectants and detergents. It can be easily cleaned without affecting its surface characteristics. The only product that can attack the slab is hydrofluoric acid.
WEAR RESISTANCE
Laminam is highly scratchproof and resistant to deep abrasion. The properties of the slabs remain unchanged even after intensive use and frequent cleaning.
HIGH FLEXURAL STRENGTH
Laminam has a high modulus of rupture.
FROST RESISTANCE
Laminam’s average water absorption is 0.1% therefore it is frost resistant and suitable for any weather conditions.
REACTION TO FIRE
Laminam does not contain organic material therefore it is resistant to fire and high temperatures. In the event of fire it does not release smoke or toxic substances.
CHROMATIC PROPERTIES
Laminam does not contain organic pigments and is resistant to UV rays. Even if subjected to severe climate changes, the colours remain stable
ECO-FRIENDLY AND RECYCLABLE
Laminam is a totally natural product. It does not release any elements into the environment and can be easily milled and recycled in other manufacturing processes.