TECHNOLOGY AND APPLICATION OF PLATES

The state-of-the-art technologies at LAMINAM include advanced decorating systems, energy-efficient kilns, and a dry cutting system to reduce water consumption and purification costs.

Recyclable raw materials and energy are fundamental principles of our production system

Multifunctionality and technological excellence

LAMINAM is a surprisingly attractive, high-tech surface capable of delivering outstanding performance in all material applications, be it construction, furniture or interior design.

Expanding design boundaries

The largest yet thinnest ceramic slab ever made. Like a skin for surfaces and structures, she was born to push the boundaries of possibilities in architecture and design.

The material can used for facades with traditional adhesive systems as well as for more modern systems such as thermal cladding, dry structures, ventilated and solid facades.

Unique characteristics of slabs

Chemical resistance

Hygiene

Antibacterial

Moisture resistant

Resistant to temperature extremes

They are not afraid of winter and severe frosts

Scratch resistant

Resistant to natural wear and tear

Color fastness

Manufacturing process

Catalog and materials

TECHNOLOGY AND APPLICATION OF PLATES

TECHNOLOGY AND APPLICATION OF PLATES

TECHNOLOGY AND APPLICATION OF PLATES

The production process at LAMINAM based on a unique pressing system of carefully selected and refined types of clay and feldspar, which guarantees the superior performance of ceramic tiles

The state-of-the-art technologies at LAMINAM include advanced decorating systems, energy-efficient kilns, and a dry cutting system to reduce water consumption and purification costs.

Recyclable raw materials and energy are fundamental principles of our production system

Multifunctionality and technological excellence

LAMINAM is a surprisingly attractive, high-tech surface capable of delivering outstanding performance in all material applications, be it construction, furniture or interior design.

Expanding design boundaries

The largest yet thinnest ceramic slab ever made. Like a skin for surfaces and structures, she was born to push the boundaries of possibilities in architecture and design.

The material can used for facades with traditional adhesive systems as well as for more modern systems such as thermal cladding, dry structures, ventilated and solid facades.

Unique characteristics of slabs

TECHNOLOGY AND APPLICATION OF PLATES
Производственный процесс в Laminam
Laminam применение плит
Laminam Технология

TECHNOLOGY AND APPLICATION OF PLATES
Производственный процесс в Laminam
Laminam применение плит
Laminam Технология

TECHNOLOGY AND APPLICATION OF PLATES
Производственный процесс в Laminam
Laminam применение плит
Laminam Технология

TECHNOLOGY AND APPLICATION OF PLATES
Производственный процесс в Laminam
Laminam применение плит
Laminam Технология

TECHNOLOGY AND APPLICATION OF PLATES
Производственный процесс в Laminam
Laminam применение плит
Laminam Технология

TECHNOLOGY AND APPLICATION OF PLATES

TECHNOLOGY AND APPLICATION OF PLATES

TECHNOLOGY AND APPLICATION OF PLATES

The production process at LAMINAM based on a unique pressing system of carefully selected and refined types of clay and feldspar, which guarantees the superior performance of ceramic tiles

The state-of-the-art technologies at LAMINAM include advanced decorating systems, energy-efficient kilns, and a dry cutting system to reduce water consumption and purification costs.

Recyclable raw materials and energy are fundamental principles of our production system

Multifunctionality and technological excellence

LAMINAM is a surprisingly attractive, high-tech surface capable of delivering outstanding performance in all material applications, be it construction, furniture or interior design.

Expanding design boundaries

The largest yet thinnest ceramic slab ever made. Like a skin for surfaces and structures, she was born to push the boundaries of possibilities in architecture and design.

The material can used for facades with traditional adhesive systems as well as for more modern systems such as thermal cladding, dry structures, ventilated and solid facades.

Unique characteristics of slabs

TECHNOLOGY AND APPLICATION OF PLATES Производственный процесс в Laminam Laminam применение плит Laminam Технология

TECHNOLOGY AND APPLICATION OF PLATES Производственный процесс в Laminam Laminam применение плит Laminam Технология

TECHNOLOGY AND APPLICATION OF PLATES Производственный процесс в Laminam Laminam применение плит Laminam Технология

TECHNOLOGY AND APPLICATION OF PLATES Производственный процесс в Laminam Laminam применение плит Laminam Технология

TECHNOLOGY AND APPLICATION OF PLATES Производственный процесс в Laminam Laminam применение плит Laminam Технология

TECHNOLOGY AND APPLICATION OF PLATES
Производственный процесс в Laminam
Laminam применение плит
Laminam Технология

TECHNOLOGY AND APPLICATION OF PLATES
Производственный процесс в Laminam
Laminam применение плит
Laminam Технология

TECHNOLOGY AND APPLICATION OF PLATES
Производственный процесс в Laminam
Laminam применение плит
Laminam Технология

TECHNOLOGY AND APPLICATION OF PLATES
Производственный процесс в Laminam
Laminam применение плит
Laminam Технология

TECHNOLOGY AND APPLICATION OF PLATES
Производственный процесс в Laminam
Laminam применение плит
Laminam Технология