Table top COMPACTOP HPL in color NOCE SAVOIA 4604 - 590x590x10mm

High pressure laminates designed by Arpa Industriale, made in Italy. They combine excellent aesthetic quality with features and virtues that are of interest to those who design or create interior design solutions. Arpa's HPL is a material that is easy to work with and extremely strong: resistant to scratches, impacts, abrasions, chemicals and heat. These properties make it ideal for a wide range of applications. Laminate can be antibacterial and fireproof, so it is particularly suitable for use in public places or in cases where a high level of hygiene is particularly important, from kitchens, hospitals, to laboratories where analyzes are carried out.

Compactops HPL tabletops are made of high-pressure laminate, consisting of many layers of paper saturated with thermosetting resins and connected by the combined action of heat and high pressure. Used paper.

Compactop (about 70% of the total composition) comes from production processes that comply with the FSC chain of custody; phenolic and melamine resins are all exclusively water-based. The result is a stable, non-reactive, homogeneous, non-porous, high-density antistatic product with a physical and chemical profile that is completely different from that of its component parts. Thanks to the heat and high pressure treatment to which they are subjected.

Compactops are extremely strong and resistant to scratches, abrasions, chemicals and heat, making them ideal for a wide range of contract applications. The tops are pre-drilled for table bases. Compactops complies with EN 438/1.

According to this standard, the most important properties of Compactops are: their resistance to impacts, scratches and wear; color fastness; easy cleaning; suitable for contact with food and general hygiene.

UNI EN 438 is the reference standard for Compactop table tops. This standard prescribes tolerances for the flatness of the product and for possible stains and other similar surface defects, for which the permissible size is based on the maximum contaminated area corresponding to 1 mm²/m² of the laminate, concentrated in one point or distributed in several points, in proportion to the size of the sheet, which you are viewing.