The wooden surface is treated with a layer of water-based paint.
The solid wood boards are subjected to a drying process to ensure their stability over time. The ‘finger-joint’ technique contributes to the construction of a panel that maintains flatness.

The wooden surface is treated with a layer of water-based paint.
The solid wood boards are subjected to a drying process to ensure their stability over time. The ‘finger-joint’ technique contributes to the construction of a panel that maintains flatness.

The wooden surface is treated with a layer of water-based paint.
The solid wood boards are subjected to a drying process to ensure their stability over time. The ‘finger-joint’ technique contributes to the construction of a panel that maintains flatness.

The wooden surface is treated with a layer of oil for outdoors.
The solid wood boards are subjected to a drying process to ensure their stability over time. The ‘finger-joint’ technique contributes to the construction of a panel that maintains flatness.

The wooden surface is treated with a layer of water-based paint.
The solid wood boards are subjected to a drying process to ensure their stability over time. The ‘finger-joint’ technique contributes to the construction of a panel that maintains flatness.

Thanks to treatment based on nanotechnologies, the POLARIS® finish surface is scratch-resistant, soft to the touch and anti-fingerprint.
The HPL (high-pressure laminates) support is a panel made up of layers of cellulose fibres impregnated with thermosetting resins subjected to a high pressure (90 kg/cm2) and high temperature (150° C) process.

Thanks to treatment based on nanotechnologies, the POLARIS® finish surface is scratch-resistant, soft to the touch and anti-fingerprint.
The HPL (high-pressure laminates) support is a panel made up of layers of cellulose fibres impregnated with thermosetting resins subjected to a high pressure (90 kg/cm2) and high temperature (150° C) process.

Thanks to treatment based on nanotechnologies, the POLARIS® finish surface is scratch-resistant, soft to the touch and anti-fingerprint.
The HPL (high-pressure laminates) support is a panel made up of layers of cellulose fibres impregnated with thermosetting resins subjected to a high pressure (90 kg/cm2) and high temperature (150° C) process.

Thanks to treatment based on nanotechnologies, the FENIX® finish surface is scratch-resistant, soft to the touch and anti-fingerprint.
The HPL (high-pressure laminates) support is a panel made up of layers of cellulose fibres impregnated with thermosetting resins subjected to a high pressure (90 kg/cm2) and high temperature (150° C) process.

Thanks to treatment based on nanotechnologies, the FENIX® finish surface is scratch-resistant, soft to the touch and anti-fingerprint.
The HPL (high-pressure laminates) support is a panel made up of layers of cellulose fibres impregnated with thermosetting resins subjected to a high pressure (90 kg/cm2) and high temperature (150° C) process.

The 2 mm thick concrete surface is poured into the formwork and applied to the HPL, protected by a water-oil repellent treatment.
The HPL (high-pressure laminates) support is a panel made up of layers of cellulose fibres impregnated with thermosetting resins subjected to a high pressure (90 kg/cm2) and high temperature (150° C) process.

The 2 mm thick concrete surface is poured into the formwork and applied to the HPL, protected by a water-oil repellent treatment.
The HPL (high-pressure laminates) support is a panel made up of layers of cellulose fibres impregnated with thermosetting resins subjected to a high pressure (90 kg/cm2) and high temperature (150° C) process.

The 2 mm thick concrete surface is poured into the formwork and applied to the HPL, protected by a water-oil repellent treatment.
The HPL (high-pressure laminates) support is a panel made up of layers of cellulose fibres impregnated with thermosetting resins subjected to a high pressure (90 kg/cm2) and high temperature (150° C) process.

The 0.6 mm thick natural wood surface is protected by scratch-resistant water-based paint.
The HPL (high-pressure laminates) support is a panel made up of layers of cellulose fibres impregnated with thermosetting resins subjected to a high pressure (90 kg/cm2) and high temperature (150° C) process.

The 0.6 mm thick natural wood surface is protected by scratch-resistant water-based paint.
The HPL (high-pressure laminates) support is a panel made up of layers of cellulose fibres impregnated with thermosetting resins subjected to a high pressure (90 kg/cm2) and high temperature (150° C) process.

The 0.6 mm thick natural wood surface is protected by scratch-resistant water-based paint.
The HPL (high-pressure laminates) support is a panel made up of layers of cellulose fibres impregnated with thermosetting resins subjected to a high pressure (90 kg/cm2) and high temperature (150° C) process.

The 0.6 mm thick natural wood surface is protected by scratch-resistant water-based paint.
The HPL (high-pressure laminates) support is a panel made up of layers of cellulose fibres impregnated with thermosetting resins subjected to a high pressure (90 kg/cm2) and high temperature (150° C) process.

The 0.6 mm thick natural wood surface is protected by scratch-resistant water-based paint.
The HPL (high-pressure laminates) support is a panel made up of layers of cellulose fibres impregnated with thermosetting resins subjected to a high pressure (90 kg/cm2) and high temperature (150° C) process.

The 0.6 mm thick brass/stainless steel surface has a vintage manually brushed finish; the brass is protected by a film of beeswax.
The HPL (high-pressure laminates) support is a panel made up of layers of cellulose fibres impregnated with thermosetting resins subjected to a high pressure (90 kg/cm2) and high temperature (150° C) process.

The 0.6 mm thick brass/stainless steel surface has a vintage manually brushed finish; the brass is protected by a film of beeswax.
The HPL (high-pressure laminates) support is a panel made up of layers of cellulose fibres impregnated with thermosetting resins subjected to a high pressure (90 kg/cm2) and high temperature (150° C) process.

The 0.6 mm thick stainless steel surface has a vintage manually brushed finish.
The HPL (high-pressure laminates) support is a panel made up of layers of cellulose fibres impregnated with thermosetting resins subjected to a high pressure (90 kg/cm2) and high temperature (150° C) process.

The 0.6 mm thick stainless steel surface has a vintage manually brushed finish.
The HPL (high-pressure laminates) support is a panel made up of layers of cellulose fibres impregnated with thermosetting resins subjected to a high pressure (90 kg/cm2) and high temperature (150° C) process.

The 2 mm thick eco-touch surface is a mixture of organic origin and 100% natural (cork, jute, linseed oil).
The HPL (high-pressure laminates) support is a panel made up of layers of cellulose fibres impregnated with thermosetting resins subjected to a high pressure (90 kg/cm2) and high temperature (150 ° C) process.

The 2 mm thick eco-touch surface is a mixture of organic origin and 100% natural (cork, jute, linseed oil).
The HPL (high-pressure laminates) support is a panel made up of layers of cellulose fibres impregnated with thermosetting resins subjected to a high pressure (90 kg/cm2) and high temperature (150 ° C) process.

Laminam IN-SIDE is a state-of-the-art ceramic paste whose surface colouring permeates its entire thickness. The surface is scratch-proof and the ceramic layer is coupled to a fibreglass panel to increase its resistance to impact and breakage.

Laminam IN-SIDE is a state-of-the-art ceramic paste whose surface colouring permeates its entire thickness. The surface is scratch-proof and the ceramic layer is coupled to a fibreglass panel to increase its resistance to impact and breakage.

Laminam IN-SIDE is a state-of-the-art ceramic paste whose surface colouring permeates its entire thickness. The surface is scratch-proof and the ceramic layer is coupled to a fibreglass panel to increase its resistance to impact and breakage.

Laminam IN-SIDE is a state-of-the-art ceramic paste whose surface colouring permeates its entire thickness. The surface is scratch-proof and the ceramic layer is coupled to a fibreglass panel to increase its resistance to impact and breakage.

(RAL 7044) Metal components (steel and aluminum) powder coated. Powder coating is used in the industrial production to coat metal surfaces for decorative and protective purposes. It consists in covering the surfaces with a homogeneous film of particles through electrostatic attraction and subsequently heating the component in order to melt and polymerize the powders. Compared to liquid painting, this type of processing has a higher mechanical and corrosion resistance, low flammability and high precision in application. The powder paints used are composed of pigments and thermosetting resins, totally non-toxic and solvent-free. For these reasons, powder coating can be considered an eco-friendly and low environmental impact process. All of our components, which are ordered for outdoor, undergo further processing of “cataphoresis” to increase their resistance to corrosion. Most of our colors are coded in the international RAL range, in order to help the designer in the combination with other products.

(RAL 7030) Metal components (steel and aluminum) powder coated. Powder coating is used in the industrial production to coat metal surfaces for decorative and protective purposes. It consists in covering the surfaces with a homogeneous film of particles through electrostatic attraction and subsequently heating the component in order to melt and polymerize the powders. Compared to liquid painting, this type of processing has a higher mechanical and corrosion resistance, low flammability and high precision in application. The powder paints used are composed of pigments and thermosetting resins, totally non-toxic and solvent-free. For these reasons, powder coating can be considered an eco-friendly and low environmental impact process. All of our components, which are ordered for outdoor, undergo further processing of “cataphoresis” to increase their resistance to corrosion. Most of our colors are coded in the international RAL range, in order to help the designer in the combination with other products.

(RAL 7022) Metal components (steel and aluminum) powder coated. Powder coating is used in the industrial production to coat metal surfaces for decorative and protective purposes. It consists in covering the surfaces with a homogeneous film of particles through electrostatic attraction and subsequently heating the component in order to melt and polymerize the powders. Compared to liquid painting, this type of processing has a higher mechanical and corrosion resistance, low flammability and high precision in application. The powder paints used are composed of pigments and thermosetting resins, totally non-toxic and solvent-free. For these reasons, powder coating can be considered an eco-friendly and low environmental impact process. All of our components, which are ordered for outdoor, undergo further processing of “cataphoresis” to increase their resistance to corrosion. Most of our colors are coded in the international RAL range, in order to help the designer in the combination with other products.

(RAL 7043) Metal components (steel and aluminum) powder coated. Powder coating is used in the industrial production to coat metal surfaces for decorative and protective purposes. It consists in covering the surfaces with a homogeneous film of particles through electrostatic attraction and subsequently heating the component in order to melt and polymerize the powders. Compared to liquid painting, this type of processing has a higher mechanical and corrosion resistance, low flammability and high precision in application. The powder paints used are composed of pigments and thermosetting resins, totally non-toxic and solvent-free. For these reasons, powder coating can be considered an eco-friendly and low environmental impact process. All of our components, which are ordered for outdoor, undergo further processing of “cataphoresis” to increase their resistance to corrosion. Most of our colors are coded in the international RAL range, in order to help the designer in the combination with other products.

(RAL 9005) Metal components (steel and aluminum) powder coated. Powder coating is used in the industrial production to coat metal surfaces for decorative and protective purposes. It consists in covering the surfaces with a homogeneous film of particles through electrostatic attraction and subsequently heating the component in order to melt and polymerize the powders. Compared to liquid painting, this type of processing has a higher mechanical and corrosion resistance, low flammability and high precision in application. The powder paints used are composed of pigments and thermosetting resins, totally non-toxic and solvent-free. For these reasons, powder coating can be considered an eco-friendly and low environmental impact process. All of our components, which are ordered for outdoor, undergo further processing of “cataphoresis” to increase their resistance to corrosion. Most of our colors are coded in the international RAL range, in order to help the designer in the combination with other products.

(RAL 6013) Metal components (steel and aluminum) powder coated. Powder coating is used in the industrial production to coat metal surfaces for decorative and protective purposes. It consists in covering the surfaces with a homogeneous film of particles through electrostatic attraction and subsequently heating the component in order to melt and polymerize the powders. Compared to liquid painting, this type of processing has a higher mechanical and corrosion resistance, low flammability and high precision in application. The powder paints used are composed of pigments and thermosetting resins, totally non-toxic and solvent-free. For these reasons, powder coating can be considered an eco-friendly and low environmental impact process. All of our components, which are ordered for outdoor, undergo further processing of “cataphoresis” to increase their resistance to corrosion. Most of our colors are coded in the international RAL range, in order to help the designer in the combination with other products.

Metal components (steel and aluminum) powder coated. Powder coating is used in the industrial production to coat metal surfaces for decorative and protective purposes. It consists in covering the surfaces with a homogeneous film of particles through electrostatic attraction and subsequently heating the component in order to melt and polymerize the powders. Compared to liquid painting, this type of processing has a higher mechanical and corrosion resistance, low flammability and high precision in application. The powder paints used are composed of pigments and thermosetting resins, totally non-toxic and solvent-free. For these reasons, powder coating can be considered an eco-friendly and low environmental impact process. All of our components, which are ordered for outdoor, undergo further processing of “cataphoresis” to increase their resistance to corrosion. Most of our colors are coded in the international RAL range, in order to help the designer in the combination with other products.

Metal components (steel and aluminum) powder coated. Powder coating is used in the industrial production to coat metal surfaces for decorative and protective purposes. It consists in covering the surfaces with a homogeneous film of particles through electrostatic attraction and subsequently heating the component in order to melt and polymerize the powders. Compared to liquid painting, this type of processing has a higher mechanical and corrosion resistance, low flammability and high precision in application. The powder paints used are composed of pigments and thermosetting resins, totally non-toxic and solvent-free. For these reasons, powder coating can be considered an eco-friendly and low environmental impact process. All of our components, which are ordered for outdoor, undergo further processing of “cataphoresis” to increase their resistance to corrosion. Most of our colors are coded in the international RAL range, in order to help the designer in the combination with other products.

Components made of 6 mm thick corten steel sheet. Corten steel, patented in the 1930s, has the particularity of presenting a protective film that is created on the surface and gives it the characteristic “rust color“. This film protects the steel over time, giving it a high resistance to corrosion and atmospheric agents, a characteristic that makes this type of material perfect for outdoor architectural applications. It is recommended to use corten only outdoors, as it is a “living” material and the external film that can fall to the ground could stain the materials in close contact with the components made in this finish.